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EZ Auto Movers
ServicesNon-Running Car Shipping

Non-Running
Car Shipping

Inoperable, salvage, flood, accident, and restoration vehicle transport by FMCSA-licensed carriers. Winch loading, forklift, rollback, and liftgate. Any condition.

Dead battery to total loss. Copart and IAAI pickup. Non-running EVs, classics, and exotics. No upfront payment. All 50 states. The nationwide handbook for inoperable vehicle transport logistics.

Non-Running Transport Facts

Winch, Forklift, Rollback & Liftgate

Matching equipment to your vehicle's condition

$100–$400 above operable price

Surcharge depends on condition and loading method

3–10 day dispatch

Smaller carrier pool; expedited available

FMCSA-verified carriers

Active cargo insurance on every shipment

All 50 states

Copart, IAAI, salvage yards, private addresses

Quick Answer

Non-running car shipping transports inoperable, salvage, flood, accident, and restoration vehicles using specialized carriers with winches, forklifts, rollback beds, liftgates, and wheel dollies. Cost: $100–$400 above equivalent operable transport. Dispatch: 3–10 business days standard; expedited available. Any condition from dead battery to total loss to rolling shell. Copart and IAAI pickup coordinated. FMCSA-licensed carriers with active cargo insurance. No upfront payment required.

Overview

What Is Non-Running Car Shipping?

Non-running car shipping — also called inoperable vehicle transport, disabled car hauling, salvage vehicle shipping, non-operational auto transport, or recovery vehicle logistics — is the commercial process of moving a vehicle that cannot be driven, safely started, or loaded onto a standard auto carrier ramp under its own power. It requires specialized equipment, carrier expertise, and logistics coordination that standard operable vehicle transport does not.

Understanding key terminology before you begin: inoperable means the vehicle cannot be safely moved under its own power to the point of standard carrier loading. Non-running is the industry term for any vehicle requiring specialized loading equipment — from a simple dead battery to a completely destroyed frame. Winch loading uses a mechanical cable to pull the vehicle up a ramp. Rollback is a tilt-bed truck whose flatbed lowers to ground level for low-angle loading. Forklift loading lifts the vehicle from above when ramp loading is impossible. BOL (Bill of Lading) is the condition report signed at pickup and delivery that legally establishes the vehicle's condition before transit. Dispatch is the process of matching your shipment to an available qualified carrier.

The FMCSA regulatory framework governing non-running vehicle transport is identical to standard vehicle transport — the same MC operating authority, cargo insurance requirements, liability insurance minimums, and Hours of Service rules apply. EZ Auto Movers (MC #1203677, USDOT #3572212) is a licensed transportation broker that coordinates inoperable vehicle transport nationwide through a vetted network of FMCSA-licensed carriers with verified non-running loading capability.

No upfront payment is required. Call (888) 508-2175 to describe your vehicle's specific condition — the precision of the information you provide at booking directly determines how well-matched the dispatched carrier will be.

+$100–$400

Non-running surcharge above operable rate

3–10 day dispatch

Smaller carrier pool than standard transport

All 50 States

Including Copart, IAAI, and salvage yards

Conditions Covered

What Makes a Vehicle Non-Running for Shipping Purposes?

A vehicle is classified as non-running when it cannot safely drive under its own power onto a standard auto carrier ramp. The specific condition determines the loading equipment needed, the surcharge level, and dispatch timing. Disclose the exact condition — not just "it doesn't run" — for accurate carrier matching.

ConditionLoading MethodImpactTypical Surcharge
🔋Dead Battery
Winch or jump startMild — often jumpable at pickup$50–$150
⚙️Seized Engine
Winch (if wheels roll in neutral)Moderate — confirm neutral accessible$100–$250
⭕Missing Wheels
Forklift or wheel dolliesHigh — specialized equipment required$200–$400
🛑Brake Failure
Winch (controls speed)Mild — winch manages movement$100–$200
🔄No Steering
Wheel dollies + winchModerate — front guidance needed$150–$300
💥Collision Damage
Winch or forklift (by damage extent)Moderate to High — depends on impact side$150–$400
🌊Flood Damage
Winch (if wheels roll)Moderate — electrical non-function$100–$250
🔑No Keys / Ignition Damage
Winch (manual neutral if accessible)Moderate — neutral access may require locksmith$100–$200
📉Suspension Collapsed
Forklift or wheel dolliesHigh — vehicle cannot support own weight$200–$400
🔧Restoration Shell (no drivetrain)
ForkliftHigh — no rolling capability$250–$500
🫧Flat Tires
Winch (if inflatable) or dolliesMild — inflate to 15 psi if possible$75–$150
🔥Fire Damaged
Winch or forklift (condition-dependent)Varies — disclose extent and tie-down integrity$150–$400
Specialized Equipment

Specialized Loading Equipment for Inoperable Vehicle Transport

🪝

Cable Winch System

Mechanical or electric cable winch mounted to the carrier's truck or trailer. Pulls the vehicle up the ramp using a cable attached to the vehicle's tow hooks, frame, or soft loop. Standard equipment on most non-running capable carriers. Requires the vehicle to have at least rolling wheels for ramp guidance.

Used for: Standard non-running with rolling wheels
📐

Rollback / Tilt-Bed

Hydraulically tilting flatbed that lowers to ground level at the rear, creating a low-angle loading surface. Vehicle is winched or pushed onto the flat surface, then the bed tilts back to horizontal. Eliminates steep ramp angle — ideal for low-clearance non-running vehicles.

Used for: Low clearance, garage pickups, low-angle scenarios
🏗️

Forklift Loading

Forklift inserts tines under the vehicle's frame or designated lift points and places the vehicle on the trailer from above, bypassing the need for ramp loading entirely. Required when wheels are missing, suspension is collapsed, or the vehicle can't approach a ramp in any configuration.

Used for: Missing wheels, collapsed suspension, auction yards
🛠️

Wheel Dollies

Low-profile rolling platforms placed under individual wheels or hubs. Convert a non-rolling vehicle into a rollable load — allowing winch loading on carriers that don't have forklift access. Available in single-wheel and axle-tandem configurations.

Used for: Missing tires, locked wheels, no-steering front guidance
⬆️

Liftgate Platform

Hydraulic platform that descends to ground level, the vehicle is loaded horizontally, then the platform raises to trailer height. Eliminates ramp entirely. Less common in auto transport than in freight — useful for ultra-low clearance vehicles and indoor pickup situations.

Used for: Ultra-low clearance, indoor loading, motorcycle-adjacent
↗️

Hydraulic Loading Ramps

Adjustable-angle hydraulic ramps that can reduce the ramp approach angle for low-clearance vehicles. Combined with a winch, allow loading of vehicles that would scrape or bottom out on fixed steep ramps. Available on some specialty enclosed carriers.

Used for: Low-clearance vehicles on enclosed carriers
🔗

Soft Loop Straps

Textile loops used to create winch cable attachment points on vehicles without accessible tow hooks. Loop around the axle, subframe, or frame rails and provide a no-contact attachment that protects the vehicle's surface from the cable hook.

Used for: Vehicles without accessible tow hook points
⛓️

Heavy-Duty Chain Binders

Once loaded, non-running vehicles are secured with heavy-duty wheel straps and chain binders at frame tie-down points. Non-running vehicles may require additional binder points at structural locations to supplement standard wheel straps, particularly for damaged vehicles with compromised corner integrity.

Used for: Final securement — all non-running vehicles
Comparison

Operable vs. Non-Running Car Shipping

FactorOperable VehicleNon-Running Vehicle
Loading methodDrives onto carrier rampWinch, forklift, rollback, or dolly
Carrier availabilityFull carrier networkSmaller non-running pool
Dispatch time2–7 days standard3–10 days standard
Loading time at pickup5–10 minutes30–90 minutes
Price premiumBase rate+$100–$400 above base
Carrier equipmentStandard auto carrierWinch or forklift-equipped carrier
BOL complexityStandard condition reportMore detailed — pre-existing damage
Cargo insuranceIdentical FMCSA frameworkIdentical FMCSA framework
Auction yard pickupTypically driveable outForklift/winch required on-site
Transit time (once loaded)Same by routeSame by route
Loading Methods

Winch vs. Forklift Loading — Which Does Your Vehicle Need?

FactorWinch LoadingForklift Loading
Wheel requirementWheels must be present and rollableNo wheels required
How vehicle movesPulled up ramp by cableLifted off ground entirely
Steering controlDriver steers, or wheel dolliesN/A — forklift positions precisely
Forklift access neededNo — carrier has onboard winchYes — at yard or separate equipment
Carrier onboard equipmentYes — most non-running carriersRare — typically at facility
Best forDead battery, brake/steer issuesNo wheels, collapsed suspension, auctions
Cost above operable+$100–$250 typical+$250–$500 typical
Dispatch effectModerate — smaller poolLarger — forklift coordination needed
Rural residentialYes — carrier brings equipmentDifficult — forklift access rare
Auction facilityPossible if wheels rollStandard — yard has forklift

How to determine which your vehicle needs

  • → If all four wheels are present and can roll (even without starting): winch loading is typical.
  • → If any wheel is missing or the vehicle cannot move at all: wheel dollies or forklift required.
  • → If pickup is at Copart, IAAI, or a salvage yard with its own equipment: forklift is available on-site.
  • → If pickup is at a residential address or private lot: carrier must bring all equipment.
Process

How Non-Running Car Shipping Works — 12-Step Process

1

Quote request with condition details

Call (888) 508-2175 and describe: why the vehicle is non-running (be specific — dead battery vs. seized engine vs. no wheels vs. flood damage); pickup location type (residence, Copart, IAAI, salvage yard, body shop); destination; and any access complications. Condition specifics determine the surcharge, carrier type, and realistic dispatch timeline.

2

Vehicle condition review and equipment assessment

Your EZ Auto Movers coordinator reviews the condition information and determines what loading equipment the carrier must have: standard winch, rollback, forklift coordination, wheel dollies, or liftgate. This assessment shapes the carrier search and pricing.

3

Non-running pricing confirmation

You receive a condition-specific quote that includes the base route price and the applicable non-running surcharge. The surcharge reflects the loading equipment required, estimated loading time, and carrier pool limitation. No upfront payment — the quote is confirmed, not charged, at booking.

4

Carrier matching with equipment verification

EZ Auto Movers posts the shipment to the non-running carrier network with explicit condition notation and required equipment specification. Carrier proposals are reviewed for non-running capability — not just active FMCSA authority. The carrier's winch rating, rollback capability, and (if forklift is required) access to forklift at the pickup location are confirmed.

5

FMCSA credential verification and dispatch confirmation

Once a qualified carrier accepts the load: MC operating authority, cargo insurance filing, liability insurance, and safety rating are verified at safer.fmcsa.dot.gov. You receive the carrier's name, USDOT/MC number, and driver contact information.

6

Pickup scheduling with access coordination

The driver contacts you directly to schedule the pickup appointment. For auction and salvage yard pickups: confirm the facility's operating hours, gate pass or release document availability, and whether the yard coordinates its own loading equipment. For private-address pickups: discuss access — clearance for the carrier to position the trailer, garage or gate access, and who will be present.

7

Pre-pickup preparation verification

Before the driver arrives: confirm the vehicle is at ground level (not on jack stands or a lift rack), the area around the vehicle has 20+ feet of clearance for carrier ramp deployment, the transmission is confirmed in neutral if possible, any alarm system is disabled, loose or hanging body parts are removed or secured, and all personal property is removed. The BOL signing party is identified and present.

8

Specialized loading coordination

The driver arrives with the appropriate equipment. For winch loads: cable is rigged to tow hooks or soft loops, wheel chocks are positioned, the vehicle is pulled up the ramp with controlled speed, steering is guided (by driver or wheel dollies). For auction/forklift loads: the carrier coordinates with yard staff for equipment timing and placement on the trailer. Loading is confirmed secure before departure.

9

Bill of Lading inspection and documentation

A thorough condition inspection documents all pre-existing damage, non-functional systems, and operational status on the BOL. Both the driver and your representative sign. Take your own timestamped photographs from all angles. For severely damaged vehicles, the BOL documentation is especially detailed — this is the baseline that protects both parties for any potential claims.

10

Securement and departure

The vehicle is secured with wheel straps at all functional corners (or over axle hubs if wheels are missing), chain binders at frame tie-down points, and any supplemental strapping required by the vehicle's condition. The driver confirms load security, takes the departure photograph, and provides you with an estimated transit timeline.

11

Transit and tracking

Contact the driver directly for location updates — the driver's phone number provided at dispatch is your most reliable tracking method. For multi-vehicle carrier loads, the driver may stop for other pickups or deliveries en route. For time-sensitive deliveries, establish check-in expectations with the driver at pickup.

12

Delivery inspection and final BOL

The driver schedules delivery 12–24 hours in advance. At delivery: inspect all accessible surfaces against your pickup photos. Any new physical damage not present at pickup must be noted on the delivery BOL before signing. For non-running vehicles, document the vehicle's operational status at delivery matches its pickup status (still non-running in the same ways, not damaged by transit). Contact EZ Auto Movers at (888) 508-2175 if new damage is discovered before signing.

Auction Transport

Copart & IAAI Vehicle Shipping

Copart and IAAI (Insurance Auto Auctions, now IAA by Ritchie Bros.) are the two largest salvage vehicle auction platforms in the United States, with combined operations at hundreds of facilities nationwide. The majority of vehicles sold through these platforms are insurance total-loss, flood-damaged, hail-damaged, or collision-damaged vehicles — most of which are non-running.

Shipping a Copart or IAAI purchase requires understanding the auction facility's specific process — it is meaningfully different from picking up a vehicle from a private residence. Mismanaging the Copart/IAAI pickup process causes storage fee accumulation, gate pass complications, and carrier conflicts. Here is the complete auction vehicle shipping framework.

💳

Complete Auction Payment First

No carrier can be dispatched to a Copart or IAAI facility until the auction purchase is fully paid including all buyer fees (auction fee, gateway fee, title fee, storage fees accrued). Copart and IAAI issue the gate pass (vehicle release document) only after full payment clearance. EZ Auto Movers can begin the booking process immediately after you win the auction, but carrier dispatch is timed to your gate pass availability.

📋

Gate Pass and Release Documentation

The gate pass is the authorization document that allows your carrier to remove the vehicle from the facility. Copart issues gate passes digitally through your account; IAAI issues release documents through their platform. The carrier's driver will need the gate pass number or physical document at the facility entrance. Ensure the gate pass is in EZ Auto Movers' name or in the carrier's name — gate passes made out to individuals other than the driver or authorized broker may be rejected at the gate.

⏰

Storage Fee Urgency

Copart and IAAI both charge daily storage fees after the initial free storage period — typically 3–5 business days free after the auction closes, then $10–$25+ per day depending on the facility and vehicle size. Every day of delayed pickup after the free period accumulates directly to the buyer's cost. Contact EZ Auto Movers at (888) 508-2175 immediately after winning a Copart or IAAI auction — even if the gate pass isn't ready yet — to start the carrier matching process before storage fees begin.

🏗️

Forklift Loading at Auction Facilities

Most Copart and IAAI facilities have on-site forklifts for loading vehicles that cannot be driven or winch-loaded. When the carrier arrives, the yard staff coordinate forklift timing. The carrier must be prepared to accept a forklift-placed vehicle — not all carriers can handle forklift loading if their trailer configuration doesn't permit it. EZ Auto Movers specifically matches Copart and IAAI pickups to carriers experienced with auction yard operations and forklift-load acceptance.

🕐

Yard Operating Hours

Copart and IAAI facilities have specific business hours — typically Monday–Friday, 8am–4pm or 8am–5pm depending on location. Carriers cannot pick up outside these hours. Weekend pickup availability is limited at most locations. When scheduling your pickup, the carrier must arrive during yard hours with enough time to complete the loading process before the yard closes. Plan for a carrier arrival time 2+ hours before closing at minimum.

📄

Salvage Title and Documentation

Copart and IAAI issue title transfer documents with the gate pass. The auction's title documentation establishes the chain of ownership. For interstate transport, the salvage title does not restrict the carrier's ability to transport the vehicle — FMCSA-licensed carriers can move salvage title vehicles across all 50 states. Your destination state's DMV requirements for registering or rebuilding a salvage title vehicle are separate from the transport process.

By Vehicle Type

Non-Running Shipping by Vehicle Type

🏆

Classic & Vintage Cars

Pre-war, muscle cars, and vintage European vehicles in non-running states (storage seizure, restoration interrupted, barn finds). Enclosed transport essential to protect original surfaces. Comprehensive BOL to distinguish patina from transit damage.

Recommended: Enclosed + Winch or Rollback
🔧

Restoration & Project Cars

Rolling shells, engine-out restorations, partially assembled builds, bare-metal projects. Forklift required for drivetrain-less shells. Enclosed transport for bare metal. Secure all loose components before pickup.

Recommended: Enclosed + Forklift (shells)
🌊

Flood-Damaged Vehicles

Post-hurricane and flood recovery vehicles with non-functional electrical systems. Typically winch-loaded if wheels are intact. Disclose freshwater vs. saltwater — saltwater accelerates frame corrosion affecting tie-down integrity.

Recommended: Open or Enclosed + Winch
💥

Accident & Collision Vehicles

Vehicles with collision damage preventing drivability. Loading method depends on which end was impacted and whether wheels roll. Disclose impact location, airbag status, and whether steering/brakes are functional.

Recommended: Open + Winch or Forklift
🔨

Salvage Auction Purchases

Copart, IAAI, SCA, and dealer-auction vehicles in various damaged conditions. Forklift coordinated at auction facilities. Gate pass required. Storage fee urgency means quick dispatch is financially important.

Recommended: Open + Forklift (auction yard)
⚡

Non-Running EVs

Tesla, Rivian, Lucid, Chevy Bolt in non-running state. Never tow driven wheels on ground — all-wheel load on flatbed required. Dead 12V battery requires specific neutralization per manufacturer. Damaged battery packs require disclosure.

Recommended: Flatbed (all 4 wheels up)
💎

Luxury & Exotic Non-Running

Ferrari, Lamborghini, McLaren, Porsche, Bentley. Low ground clearance + non-running = specialized enclosed carrier with hydraulic ramps. Air-ride enclosed standard. Disclose clearance height at lowest point.

Recommended: Enclosed Air-Ride + Rollback
🚔

Theft-Recovery Vehicles

Vehicles recovered after theft with ignition damage, missing keys, or bypassed wiring. Documentation requirements include police report and ownership verification. Winch-loaded without key-on procedures.

Recommended: Open + Winch (no-key procedure)
🔥

Fire-Damaged Vehicles

Must be confirmed fully extinguished before transport. Carrier identifies intact structural tie-down points post-fire. EV battery fire vehicles have re-ignition risk and require specialized handling disclosure.

Recommended: Open + Condition-specific assessment
🚛

Oversized Trucks & Lifted Vehicles

Non-running lifted trucks and large SUVs. Confirm carrier winch weight rating for 7,000–9,000 lb vehicles. Lifted trucks may exceed enclosed carrier height — open carrier or high-clearance enclosed required.

Recommended: Open + Heavy-duty Winch
Pricing Guide

Non-Running Car Shipping Cost Guide

DistanceOperable (baseline)Non-Running (winch)Non-Running (forklift)Enclosed Non-Running
Under 500 mi$300–$600$400–$850$600–$1,000$700–$1,200
500–1,000 mi$400–$850$600–$1,150$850–$1,450$950–$1,700
1,000–1,500 mi$600–$1,000$800–$1,300$1,100–$1,700$1,200–$1,900
1,500–2,000 mi$700–$1,200$900–$1,550$1,250–$1,900$1,450–$2,300
2,000–3,100 mi$850–$1,450$1,100–$1,900$1,450–$2,400$1,700–$3,000

Vehicle condition severity

Dead battery = mild surcharge. No wheels = significant surcharge. Total condition disclosure required.

Loading method required

Winch < Rollback < Wheel dollies < Forklift — each step up increases cost

Pickup location type

Auction yards with own equipment vs. rural residence requiring all carrier equipment

Carrier network density

Major corridor (FL-NE, CA-TX) = faster dispatch. Rural or off-corridor = longer timeline and higher rate

Open vs. enclosed

Combining non-running surcharge + enclosed premium significantly affects total price

Expedited dispatch

Adds $150–$500 above standard for accelerated matching in smaller non-running carrier pool

Preparation

How to Prepare a Non-Running Vehicle for Shipping

Photograph everything

All surfaces, all angles, timestamped — especially pre-existing damage that defines what is NOT transit damage

Confirm transmission in neutral

Test before the driver arrives — if the car won't go into neutral, alert coordinator immediately (affects carrier selection)

Inflate tires to 15+ psi

Even partial inflation assists winch loading — flat-to-rim tires can catch ramp edges

Remove all personal property

Loose items in the interior shift during winch loading and can damage upholstery or dash

Secure all loose body parts

Hanging bumpers, loose doors, partially attached fenders must be secured or removed before loading

Disable the alarm

Alarm activation during winch loading is extremely common — disable or disconnect if possible

Clear 20+ feet around the vehicle

The carrier needs clearance to position the ramp and operate the winch approach

Lower the vehicle to ground

Vehicle must be off jack stands, off lifts, at ground level before the carrier arrives

Drain below leak point

Active fuel leaks must be resolved before transport — contact coordinator for guidance

Prepare release documentation

Title, gate pass, estate documentation, or salvage yard release form must be ready at pickup

Identify all tie-down points

Know where intact frame/chassis attachment points are — particularly important on collision or fire-damaged vehicles

Note all non-functional systems

Document no-start, no-brake, no-steer, no-key conditions for the BOL — prevents confusion at delivery

Insurance & FMCSA

Non-Running Vehicle Shipping Insurance & FMCSA Compliance

FMCSA regulations apply equally to non-running vehicle carriers

Carriers transporting inoperable, salvage, and non-running vehicles must maintain the same FMCSA operating authority, cargo insurance, liability insurance, and safety compliance requirements as carriers handling operable vehicles. There is no lesser regulatory tier for salvage or non-running transport. EZ Auto Movers verifies every carrier's FMCSA status before dispatch: active MC operating authority, active cargo insurance filing, active liability insurance, and current safety rating. Verify any carrier at safer.fmcsa.dot.gov using their USDOT number.

Cargo insurance covers transit damage — not pre-existing condition

The carrier's cargo insurance covers physical damage to the vehicle that occurs during loading, transit, and unloading — not damage that existed before pickup. For non-running vehicles with significant pre-existing damage (collision, flood, fire), the pickup BOL condition documentation is the legal boundary between pre-existing damage and any potential transit damage. Every pre-existing condition documented on the pickup BOL is definitively excluded from transit damage claims. Photograph every surface before loading and ensure the BOL reflects the complete pre-transport condition of the vehicle.

The Bill of Lading is more critical for damaged vehicles than operable ones

For a drivable car with no pre-existing damage, the BOL is straightforward. For a collision-damaged, flood-damaged, or salvage vehicle with extensive pre-existing condition, the BOL is the document that legally defines what was there before transport. Every mark, crack, missing component, operational failure, and cosmetic condition should be noted — even conditions that seem obviously pre-existing. If a new transport-caused scratch appears on a vehicle that already has extensive collision damage, that new scratch still matters to the owner and is still a legitimate claim if it's not on the pickup BOL. Complete documentation protects everyone.

What to do if your vehicle sustains new damage during transit

Follow this process: (1) Do not sign the delivery BOL clear. Note new damage specifically — location, type, size — on the delivery BOL before signing. (2) Photograph all new damage immediately with timestamped images. (3) Call (888) 508-2175 to initiate the claims notification process. (4) Retain both the pickup and delivery BOLs — these documents define the before/after delta. (5) Do not repair before the claim is assessed. EZ Auto Movers coordinates the claims process with the carrier's cargo insurer on your behalf.

FMCSA Licensed Broker

MC #1203677

USDOT Registered

#3572212

BBB Accredited

A+ Rating

No Upfront Payment

Pay at pickup

Non-Running Shipping

Get an Inoperable Quote

Describe the vehicle's condition — specific details give you the most accurate pricing.

Call: (888) 508-2175Online Quote Form

Copart / IAAI Buyers

Storage fees start after 3–5 free days. Call immediately after winning your auction — before the gate pass is ready.

(888) 508-2175

All Conditions Handled

  • Dead battery / no start
  • Seized or locked engine
  • Missing wheels or tires
  • No brakes / no steering
  • Flood or water damage
  • Collision / accident damage
  • Salvage and auction vehicles
  • Restoration project cars
  • Non-running EVs and Tesla
  • No keys / ignition damage
  • Flat tires or bare rims
  • Fire-damaged vehicles

Inoperable Vehicle Specialists

Any Condition. Any Vehicle. Anywhere.

Dead battery to total loss. Copart and IAAI pickup. Winch, forklift, rollback. Classic, EV, salvage, or restoration. No upfront payment.

Knowledge Center

Non-Running Car Shipping Knowledge Center

Winch loading, forklift, Copart, IAAI, dead battery, flood damage, project cars, EVs, and more.

1

Non-Running Car Shipping Basics

8 topics
Non-running car shipping — also called inoperable vehicle transport, disabled car hauling, salvage vehicle shipping, or non-operational auto transport — is the process of moving a vehicle that cannot be driven, started, or self-powered to the point of standard auto carrier loading. Non-running transport requires specialized carriers equipped with winches, rollback beds, liftgates, forklift coordination, or wheel dollies to load and secure the vehicle without the cooperation of a functional drivetrain, steering, or braking system. EZ Auto Movers (MC #1203677) coordinates non-running vehicle transport nationwide through FMCSA-licensed carriers with inoperable vehicle loading capability. The process is different from standard car shipping in equipment requirements, dispatch timing, and pricing — but uses the same FMCSA regulatory framework and cargo insurance structure.
A vehicle qualifies as non-running for shipping purposes when it cannot safely drive under its own power onto a standard auto carrier ramp. Specific conditions that trigger non-running classification: dead or missing battery (will not start), seized or locked engine (won't rotate), missing or damaged wheels/tires (cannot roll), non-functional braking system (unsafe to move without emergency stop capability), severe suspension damage (cannot support its own weight), destroyed or missing drivetrain components, airbag deployment with structural damage that affects drivability, flood damage affecting engine or electrical systems, active fuel or coolant leaks that make ramp loading unsafe, and restoration project vehicles missing key components (rolling shells, bare chassis). If a vehicle can be started and driven 10–20 feet under its own power at the pickup location, it typically qualifies as operable for standard transport.
Non-running car shipping costs $100–$400 more than an equivalent operable vehicle shipment on the same route. The surcharge accounts for specialized loading equipment (winch, liftgate, forklift coordination), additional driver time for the loading process, carrier network limitation (fewer carriers have non-running capability), and in some cases the need for wheel dollies or additional securement hardware. Typical total price ranges: regional routes under 500 miles ($400–$850), mid-distance routes 500–1,500 miles ($600–$1,300), cross-country routes over 1,500 miles ($850–$1,900). Forklift loading (at auction yards or salvage facilities) adds an additional $150–$350 above standard winch surcharge. Call (888) 508-2175 for a precise non-running quote — condition details significantly affect pricing.
Winch loading uses a mechanical cable winch mounted to the front of the carrier's trailer or truck to pull the non-running vehicle up the loading ramp without requiring the vehicle to move under its own power. The winch cable attaches to the vehicle's tow hook, frame, or designated tow points using a hook or soft loop. The driver engages the winch motor, which winds the cable and slowly pulls the vehicle up the ramp at a controlled pace. The driver guides the vehicle's steering (if wheels are present and pivot) or uses wheel dollies to steer the vehicle onto the trailer. Once positioned, the vehicle is secured with wheel straps, soft straps, and chain binders at the carrier's designated tie-down points. Winch loading requires the vehicle to have at least the front or rear wheels present and able to roll — completely immobile vehicles require wheel dollies or forklift loading.
Rollback transport (also called tilt-bed or flatbed tilt-deck transport) uses a specialized truck with a hydraulically tilting flatbed that lowers to ground level at the rear, creating a low-angle ramp. The non-running vehicle can be winched up this low-angle surface or — in some cases where the vehicle can coast or be pushed — rolled onto the bed under gravity and manual guidance. Once loaded, the bed tilts back to horizontal and the vehicle is secured. Rollback trucks are commonly used for inoperable vehicle pickup from accident scenes, non-running recovery from driveways and garages, and situations where standard steep-ramp carrier loading is impractical. Rollback is particularly useful for low-clearance vehicles and those with only partial wheel function.
Winch loading uses the carrier's onboard mechanical cable system to pull the vehicle up the trailer ramp — the vehicle must have at least some wheel contact with the ground and be able to roll. Forklift loading lifts the vehicle completely off the ground using fork tines inserted under the frame or designated lift points, then places the vehicle on the trailer bed from above. Forklift loading is required when: wheels are missing entirely, suspension is collapsed preventing rolling, the vehicle is crushed or deformed preventing ramp approach, or the pickup location is an auction facility or salvage yard with existing forklift equipment. Forklift loading at auction yards (Copart, IAAI) is standard for totaled and severely damaged vehicles. Forklift loading adds more cost than winch loading due to the specialized equipment and coordination required.
Yes — non-running car shipping costs more than equivalent operable vehicle shipping for several interconnected reasons: (1) Fewer carriers in the network have winch, rollback, or liftgate loading capability — lower supply relative to demand increases the competitive rate needed to attract a carrier. (2) Loading takes significantly longer — a winch load can take 30–60 minutes compared to 5–10 minutes for a drivable vehicle, which affects driver time economics. (3) Equipment wear and maintenance for winch and rollback systems is higher than standard carrier equipment. (4) Some non-running conditions (missing wheels, forklift-required) require additional specialized equipment or coordination that is billed separately. (5) Rural pickup locations with non-running vehicles are among the most expensive scenarios — carrier access and loading difficulty combine. The surcharge typically ranges $100–$400 above the operable quote for the same route.
Non-running vehicle dispatch takes longer than operable vehicle dispatch because the non-running carrier network is smaller. Standard non-running dispatch: 3–10 business days depending on route, condition, and the specific non-running capability required (winch vs. forklift). Routes with strong carrier density (Florida–Northeast, California–Texas) may dispatch in 3–5 days. Low-density corridors, rural pickup locations, and vehicles requiring forklift loading may take 7–14 days for dispatch. Expedited non-running dispatch is available at additional cost — accelerating the process by increasing the shipment rate to attract available carriers faster. Transit time once loaded is the same as operable transport for the same route.
2

Vehicle Conditions & Types

12 topics
Yes — dead battery is the most common non-running condition and the easiest to handle in transport. A vehicle with a dead battery that otherwise has functioning wheels, brakes, neutral gear, and steering is among the most straightforward non-running pickups — it can typically be push-started (manual transmission), jumped for loading, or winched up the ramp while someone steers. Disclose the dead battery at booking so the carrier is prepared with either a jump pack or winch approach. Dead battery vehicles on intact wheels are often treated as 'mild non-running' and may not incur the full inoperable surcharge if the vehicle can be managed with a jump start at pickup. If the battery is completely destroyed or the electrical system prevents neutral release of the transmission, full non-running protocols apply.
Yes — vehicles missing one or more wheels can be transported but require forklift loading, wheel dollies, or specialized flatbed handling that places the vehicle on the trailer without relying on its wheels for movement. Missing wheels entirely (bare rotors or hubs) is a forklift-required scenario at most carrier facilities. Vehicles with rims but missing tires (bare metal on ground) can sometimes be handled with wheel dollies that cradle the hub. Vehicles missing front or rear axle components are forklift-load situations. Disclose the exact wheel and tire condition at booking — the carrier needs to arrive with appropriate equipment. Attempting winch loading on a wheelless vehicle damages the carrier, trailer, and vehicle and is not a safe procedure.
Yes — no-key vehicles are a common non-running scenario, particularly with salvage auction purchases, theft recoveries, and abandoned vehicles. A no-key vehicle with neutral gear accessible (manually through the transmission or shift linkage) can be winch-loaded by a carrier experienced with keyless pickups. A no-key vehicle where the transmission cannot be put into neutral (electronic PRNDL systems that require key-on for shift) requires either a locksmith, a bypass procedure specific to that make and model, or wheel dollies under all four wheels to prevent drivetrain binding during loading. Disclose no-key status at booking — it determines carrier preparation and loading method. Many auction vehicles (Copart, IAAI) are dispatched without keys; experienced salvage carriers expect and handle this.
Yes — flood-damaged vehicles are transported regularly, particularly after major weather events (hurricanes, river flooding) in regions like Florida, Texas, Louisiana, and the Carolinas. Flood vehicles typically have: non-functional electrical systems (prevents engine start), possible structural compromise from water pressure, interior contamination requiring disclosure, and potential mold or biological hazard depending on flood type. Flood vehicles are typically winch-loaded if wheels are functional, or forklift-loaded at salvage yards. Disclose flood damage type (freshwater vs. saltwater) and flood depth at booking — saltwater flood vehicles may have accelerated metal corrosion affecting tie-down point integrity. Cargo insurance covers physical transit damage to flood vehicles as with any vehicle — existing flood damage is pre-existing condition noted on the BOL.
Yes — salvage title vehicles are among the most commonly transported non-running vehicles in the country, particularly from auction purchases (Copart, IAAI, SCA Auctions). Salvage title status does not affect the shipping process itself — the carrier doesn't review title status for transport purposes. What matters operationally is the vehicle's physical condition: can it be winch-loaded, does it need forklift loading, are all four corners of the vehicle accessible for tie-down? Carrier cargo insurance covers salvage vehicles for physical transit damage, though existing damage from the event that created the salvage designation is documented on the pickup BOL as pre-existing. Some states have additional documentation requirements for moving salvage title vehicles across state lines — confirm with your destination state DMV.
Copart vehicle shipping requires a specific process: (1) The buyer wins the Copart auction and completes payment including all buyer fees. (2) Copart issues a gate pass (release document) that authorizes a carrier or transport broker to remove the vehicle. (3) EZ Auto Movers coordinates a carrier with Copart pickup experience and the appropriate non-running loading capability for your specific vehicle's condition. (4) The carrier arrives at the Copart facility during yard operating hours with the gate pass. (5) Copart yard staff coordinate forklift loading if required — many Copart vehicles are severely damaged and require forklift placement on the carrier. (6) The carrier completes the BOL condition documentation. (7) The vehicle transits to your delivery address. Storage fees at Copart accrue daily after the free storage period — rapid dispatch is financially important on Copart purchases.
IAAI (Insurance Auto Auctions, now IAA, a Ritchie Bros. company) vehicle pickup follows a similar process to Copart: (1) Complete auction payment and buyer fees through the IAA platform. (2) IAA issues a vehicle release authorization. (3) EZ Auto Movers coordinates a carrier with IAA facility experience. (4) The carrier arrives at the IAA facility during operating hours with the release documentation. (5) IAA staff coordinate loading — many IAA vehicles are insurance total-loss vehicles in various damaged conditions. (6) BOL condition documentation is completed. Storage fees at IAA also accrue after the free period — typically 3–5 business days free storage before daily fees begin. For IAA auction buyers, contact EZ Auto Movers at (888) 508-2175 as soon as the auction clears to minimize storage exposure.
Yes — accident-damaged vehicles are one of the primary use cases for non-running car shipping. Collision damage affecting drivability includes: deployed airbags (disabling ignition interlock), bent frame preventing wheel alignment for safe driving, damaged radiator or cooling system (unsafe to drive), fuel system damage, brake line damage, and transmission or drivetrain damage from impact. For accident vehicles, the loading approach depends on what's intact: if all four wheels roll and steer, winch loading typically works. If the front or rear is severely crushed, forklift loading may be required. Disclose the collision damage type in detail — which end was impacted, whether the wheels roll, whether the fuel system is compromised, and whether there are active fluid leaks. Active fuel leaks may require drain-down before transport.
Yes — insurance total-loss vehicle shipping is a core non-running transport use case. After a vehicle is declared a total loss by the insurance company, it is typically moved to a salvage facility (Copart or IAA) for auction. The insured party may also need to ship a replacement vehicle from another location. EZ Auto Movers handles both ends of the insurance transport scenario: moving total-loss vehicles from accident sites to salvage facilities, and coordinating replacement vehicle transport for policyholders. Insurance adjusters can coordinate transport through EZ Auto Movers for multi-vehicle policy events. Documentation requirements for insurance-designated shipments (claim numbers, authorization forms) can be accommodated with advance notice.
Yes — non-running electric vehicle transport requires specific handling protocols that differ from ICE vehicles. Key considerations: (1) Never tow an EV with the driven wheels on the ground — regenerative braking from drivetrain rotation can overcharge the battery pack and cause thermal runaway. All-wheel-drive EVs must be transported with all wheels off the ground. (2) A completely discharged EV battery (0% state of charge) may prevent shift-to-neutral on some models — confirm with a Tesla, Rivian, or manufacturer-specific service procedure whether the car can be neutralized without key-on power. (3) Damaged EV battery packs (from flood, collision, or thermal event) require disclosure — some carriers have restrictions on transporting vehicles with compromised battery integrity due to thermal runaway risk. (4) Winch loading is appropriate for non-running EVs with all four wheels intact and the drivetrain neutralized. Flatbed transport with all four wheels loaded is the standard.
Yes — non-running Tesla transport is a specialty scenario handled regularly in our network. Tesla-specific non-running conditions: completely discharged 12V auxiliary battery (prevents key-on, shift-to-neutral, and door operation on some models), main traction battery at 0% (prevents transport mode activation), collision damage with deployed airbags, and flood damage to the battery or electronics. For Tesla Model S, 3, X, and Y: when the 12V auxiliary battery is dead, the car enters a locked state that requires Tesla service intervention or a specific 12V jump procedure before neutral tow mode can be activated. Disclose the Tesla's specific condition (app connection status, 12V battery status, main battery %) at booking. Experienced non-running EV carriers understand Tesla's Transport Mode and Low Voltage procedures.
Yes — project cars and restoration vehicles are a significant segment of the non-running shipping market. Common project car scenarios: (1) Body-only shells — no engine, transmission, or drivetrain — which require forklift loading as the vehicle cannot roll without a complete drivetrain. (2) Engine-in but non-running restorations where the vehicle can be rolled but not started. (3) Partial restorations with temporary or missing wheels requiring wheel dollies. (4) Engine-out restorations where the car sits on stands — requires careful lowering to the ground before transport can begin. (5) Race car or track car transport in various states of assembly or disassembly. For project cars, enclose shipping is strongly recommended to protect bare metal, unfinished paint, and exposed components. Disclose all missing or temporary components at booking.
3

Auction, Salvage & Special Sources

10 topics
Yes — non-running classic car shipping is a core use case. Classic vehicles in non-running condition frequently have: carbureted engines that have seized from long-term storage, missing or deflated original tires, corroded brake systems that won't hold, fuel systems with dried or varnished fuel blocking delivery, and original electrical systems too fragile for a reliable jump start. For classic non-running vehicles, enclosed transport is strongly recommended — it protects original paint, chrome, and unfinished surfaces from road debris during winch loading and transit. Comprehensive BOL documentation is essential for classics — original condition marks and patina must be distinguished from any transit damage. For pre-war vehicles, barn finds, and concours-level classics, discuss transport specifics with your EZ Auto Movers coordinator.
Yes — non-running luxury and exotic car transport (Ferrari, Lamborghini, McLaren, Porsche, Bentley, Rolls-Royce) requires enclosed transport in addition to non-running capability. Exotic cars have extremely low ground clearance (3–5 inches on some models) that makes standard ramp loading difficult even when operable — non-running loading adds additional complexity. Many exotics have electronic parking brakes and sophisticated key systems that behave differently when battery power is absent. For high-value non-running exotics, air-ride enclosed transport with a carrier experienced in exotic handling is the required standard. Disclose the specific model's low-clearance dimensions and any active electronic safety systems at booking.
Yes — salvage yard and junkyard pickups are standard non-running transport scenarios. Salvage facilities have their own loading equipment (forklifts, cranes) and operational rules: carriers must arrive during business hours, check in with the yard office, complete any required paperwork, and coordinate loading with yard staff. Many salvage facilities prefer to load the vehicle themselves using yard equipment rather than allowing the carrier's winch approach — confirm the yard's loading protocol before scheduling. The yard will issue a release form documenting the vehicle's condition at departure. Note: vehicles that have been in a salvage yard may have had additional parts removed after your inspection — photograph the vehicle immediately before transport if possible.
A vehicle with a seized engine can be shipped if the wheels are otherwise functional. The seized engine means the vehicle can't be started, but if the transmission can be placed in neutral, the parking brake released, and the wheels roll and steer, winch loading is straightforward. The challenge arises when the seized engine is connected to a manual transmission without a functioning clutch that allows neutral selection — in this case, all four wheels may be locked (engine compression braking effect) and the car cannot roll. A locked-wheel vehicle requires wheel dollies under all four wheels or forklift loading. Disclose whether the engine is seized versus simply not starting at booking — the practical loading implication is different.
Yes — non-functional steering is a common non-running condition (broken rack, collapsed front suspension, missing steering shaft). Vehicles with no steering present a loading challenge because winch loading requires some ability to guide the front wheels onto the trailer centerline. Solutions: (1) Wheel dollies placed under the front wheels allow the carrier to steer the front independently of the steering rack. (2) Flatbed rollback loading on a very straight approach may work if the carrier and vehicle alignment allow. (3) Forklift loading eliminates the steering requirement entirely. Disclose non-functional steering specifically at booking so the carrier arrives with the appropriate equipment. Attempting winch loading without steering or dollies on a vehicle with dead front wheels risks running the vehicle off the trailer ramp.
Yes — vehicles with non-functional braking systems can be transported. The primary concern during loading is controlling the vehicle's movement as it comes up the ramp or is positioned on the trailer. For winch loading, the winch controls the speed of movement — no functioning brake is needed because the winch cable provides both the pull force and the speed limiter. Once on the trailer, the vehicle is secured with wheel straps and chain binders that hold it independently of the vehicle's own braking system. For rollback loading, the vehicle's position control is managed by the winch and gravity angle. Disclose non-functional brakes at booking so the carrier prepares the appropriate control procedure for loading.
Flat tires are a common non-running condition — a vehicle with one or more flat tires can still be winch-loaded if the flat tires can bear the vehicle's weight during the ramp ascent without collapsing off the rim. A vehicle with completely flat tires on the loading side that sit on the metal rim presents a risk of the rim catching on the ramp surface. Recommended approach: inflate all tires to at minimum 15–20 psi before the carrier arrives if possible — enough structural integrity to handle ramp loading. If inflation is not possible, notify EZ Auto Movers so the carrier can bring wheel dollies for the flat corner(s). Completely rimless hubs with flat tires down to the axle require wheel dollies or forklift loading.
A wheel dolly is a low-profile rolling platform placed under a vehicle's wheel or hub to allow movement of a vehicle that cannot roll on its own wheels. Wheel dollies come in single (one wheel at a time) and tandem (both wheels on an axle) configurations. In non-running car shipping, wheel dollies are used when: a vehicle is missing wheels or tires, a vehicle has locked or seized wheels preventing rotation, a vehicle has a non-functional parking brake on one corner, steering-free loading requires independent front wheel guidance, or a vehicle's suspension is collapsed on one corner and the wheel can't bear load. Wheel dollies effectively convert any vehicle into a 'rolling' load regardless of its wheel condition, enabling winch loading on carriers that would otherwise require forklift equipment.
A liftgate carrier has a hydraulic platform mounted at the rear of the trailer that can be lowered to ground level, loaded with the vehicle, then raised to trailer deck height — eliminating the need for a ramp entirely. Liftgate loading is particularly useful for: vehicles with extremely low clearance that can't negotiate ramp angles, vehicles that can be rolled (with dollies or functioning wheels) onto a flat ground-level platform, non-running vehicles in tight indoor spaces (garages, warehouses) where ramp deployment isn't possible, and motorcycles or powersports equipment needing gentle loading. Liftgate carriers are not as common in the auto transport network as ramp carriers — dispatch for liftgate-required loads may take longer. Disclose liftgate requirements at booking.
Yes — in two ways. First, dispatch takes longer because the non-running carrier pool is smaller than the standard operable carrier network. Where a standard operable car on a major corridor might dispatch in 2–5 days, a non-running car on the same corridor may take 4–10 days. Second, the loading process takes longer on pickup day — a winch load takes 30–60 minutes compared to 5–10 minutes for a drivable car. This means the driver spends more time at your pickup location. Transit time (once the vehicle is loaded and the carrier is en route) is the same as operable transport for identical distances and routes. Expedited dispatch is available for non-running vehicles when time is critical — the surcharge is higher than for operable expedited due to the smaller carrier pool.
4

Loading Methods & Equipment

8 topics
The Bill of Lading for a non-running vehicle is the same legal condition document as for operable vehicles — a written record of every pre-existing damage, condition mark, and operational status of the vehicle before and after transit. For non-running vehicles, the BOL is especially important because: (1) Pre-existing damage from the event that caused the non-running condition (accident, flood, fire) must be specifically documented to differentiate from any transit damage. (2) Non-functional components (no start, no brakes, no steering, no keys) should be noted so the delivery driver can verify these conditions were pre-existing. (3) Photography at both pickup and delivery is more critical for damaged and salvage vehicles. Always document the vehicle's full condition — including non-functional systems — on the pickup BOL before signing.
Yes — non-running and inoperable vehicles are covered by the carrier's FMCSA-mandated cargo insurance for physical damage that occurs during transit. The key distinction: cargo insurance covers new damage caused by the transport process (transit damage), not pre-existing damage that was present at pickup. For severely damaged vehicles (accident, flood, fire), the extensive pre-existing damage makes the BOL documentation even more critical — every pre-existing condition noted on the pickup BOL is definitively excluded from any transit damage claim. For high-value non-running vehicles (collector cars, exotics), confirm the carrier's per-unit cargo coverage limit with your EZ Auto Movers coordinator before loading — some carriers have limits that may not fully cover high-value vehicles regardless of running condition.
Preparation for a non-running vehicle: (1) Photograph every surface extensively from all angles with timestamped images — document all pre-existing damage carefully. (2) If possible, inflate tires to at least 15–20 psi to assist loading. (3) Verify the transmission can be placed in neutral — test and confirm before the carrier arrives. (4) Remove or secure all loose parts that could shift during loading (broken bumpers, hanging panels, loose trim). (5) Drain fuel to below 1/4 tank if there are active fuel leaks — confirm with coordinator. (6) Remove all personal property from the interior and trunk. (7) Disable any alarm system if possible — alarm activation during winch loading is common on non-running vehicles with partial electrical function. (8) Confirm title or release documentation is available at pickup. (9) Note all operational failures (no start, no brake, no steer, no keys) for the BOL. (10) Clear the area around the vehicle for carrier access — 20+ feet of clearance for ramp deployment.
Standard documentation for non-running vehicle shipping: (1) Vehicle title or registration — establishes ownership and authorization to ship. (2) For auction purchases: the gate pass or release document from Copart, IAAI, or the auction facility. (3) For salvage yard pickups: the yard's release form. (4) Government-issued photo ID for the person releasing the vehicle at pickup. (5) For insurance-designated shipments: any required insurance carrier authorization. (6) For theft-recovery vehicles: police report number and documentation confirming you are the registered owner. (7) For out-of-state title situations: documentation that establishes your right to transport the vehicle. EZ Auto Movers coordinates documentation requirements at booking — for complex ownership situations, your coordinator can advise on what the specific carrier and state DMV regulations require.
Yes — theft recovery vehicle shipping is a specific non-running scenario that combines non-running transport with specific documentation requirements. Theft-recovered vehicles may have: ignition damage (broken column, bypassed wiring), missing keys, stripped or vandalized systems, damaged electrical systems from attempted hot-wire ignition, and in some cases structural damage from the recovery situation. From a loading standpoint, theft-recovered vehicles with missing keys and ignition damage are typically winch-loaded without key-on procedures. Documentation requirements: police report documenting the theft and recovery, proof of registered ownership, and in some cases a letter from the insurance company if the vehicle was under a theft claim. Confirm your state's specific requirements for moving a theft-recovered vehicle with a salvage or reconstructed title.
Yes — vehicles with missing doors, hoods, trunk lids, fenders, bumpers, or other body panels can be shipped. The primary concerns: (1) Loose or partially attached panels must be removed entirely or secured to prevent loss during transit — a panel that falls off on the highway is a road hazard and a liability. (2) Exposed mechanical components (engine bay without hood, trunk without lid) require weather protection consideration — open carrier exposes these areas to road debris and moisture. Enclosed transport is strongly recommended for vehicles with significant missing panels. (3) Missing structural panels may affect tie-down point availability — confirm which frame/chassis attachment points are accessible for securement. Remove or fully secure all partially attached panels before the carrier arrives.
Yes — oversized non-running vehicles (lifted trucks, large SUVs, full-size pickup trucks) are transported with additional considerations. Lifted trucks and modified suspensions may exceed standard carrier height clearances — particularly on enclosed carriers with fixed interior height limits. Standard enclosed trailers accommodate vehicles up to approximately 72–74 inches in height; lifted trucks with 6+ inch lifts may require open transport or specific high-clearance enclosed carriers. For heavy non-running trucks and large SUVs, confirm the vehicle's weight and whether the winch system on the assigned carrier is rated for the load. Full-size non-running trucks (F-250/350, Ram 2500/3500, Chevy 2500/3500) typically exceed 7,000–8,000 lbs and require carriers rated for this weight class.
Yes — body shop and repair facility pickups are common non-running shipping scenarios. Vehicles in body shops are frequently in disassembled states: bumpers off, hoods unbolted, doors ajar, fenders removed for panel work, or suspension components partially disassembled. For body shop pickups: (1) Confirm with the shop staff what state of reassembly the vehicle will be in at pickup time. (2) Confirm whether the vehicle can be rolled (wheels on, can move) or is on a lift rack (requires lowering before carrier arrives). (3) Body shop staff are typically experienced with carrier coordination and can assist with loading access. (4) Secure or remove all loose parts that were removed for repair — they should travel with the vehicle or separately, not loose in the truck bed or interior.
5

Transport Options & Process

22 topics
Emergency non-running car shipping covers urgent situations requiring faster-than-standard dispatch for inoperable vehicles: accident-site recovery where the vehicle is blocking or impeding a location, stranded vehicle recovery where the vehicle is in a location creating liability (commercial parking, tow-away zone, storage facility with fees), insurance-deadline transport, auction storage fee avoidance, and urgent relocation situations. Emergency non-running dispatch uses a higher-rate approach to attract available carriers on short notice. The non-running carrier network is smaller than the standard network, so emergency availability depends heavily on corridor and current carrier positions. Call (888) 508-2175 immediately for emergency non-running assessment — real-time carrier availability evaluation is required.
Yes — open transport is the most common method for non-running vehicle shipping. The majority of non-running vehicles (salvage auction purchases, flood vehicles, accident vehicles, dead-battery situations) ship on open carriers with winch loading capability. Open transport for non-running vehicles is appropriate when: the vehicle's existing condition is already damaged or utilitarian (salvage title, collision damage, restoration project), weather exposure during transit is not a significant concern given the vehicle's current state, the route has good open carrier density for faster dispatch, and the cost difference between open and enclosed is a factor. For collector vehicles, exotics, and high-value non-running cars where protecting the existing finish and components is important, enclosed is the professional recommendation even for non-running loads.
Yes — enclosed transport for non-running vehicles is available and is the recommended choice for: high-value vehicles in non-running condition (exotics, luxury, collector cars), vehicles with original paint or finishes that need weather protection, restoration projects with bare metal or unfinished surfaces, project cars with open engine bays or missing body panels, and any non-running vehicle where the owner's primary concern is protecting what remains of the vehicle's value. Enclosed carriers with non-running (winch) capability exist in the network but are fewer in number than open non-running carriers — dispatch times are longer and costs are higher. Disclose both the non-running status and the enclosed requirement at booking.
The most common non-running conditions encountered in vehicle shipping, ranked by frequency: (1) Dead or discharged battery — extremely common on stored, idle, or auction vehicles. (2) Auction purchase with unknown condition — many Copart and IAAI vehicles have non-disclosed or unknown operational status. (3) Flood damage — particularly common in hurricane-affected regions post-storm. (4) Collision damage from accident — brake, steering, or drivetrain damage preventing safe driving. (5) Long-term storage seizure — engines, brakes, or transmissions seizing from extended non-use. (6) Project/restoration state — vehicle is disassembled or partially assembled and not intended to run. (7) Theft recovery with ignition damage. (8) Missing or non-functioning keys. Each condition has different loading implications and should be disclosed specifically at booking.
Once a non-running vehicle is loaded onto the carrier (via winch, rollback, forklift, or dolly), it is secured using the same fundamental securement system as operable vehicles: wheel straps over all four tires (or over axles/hubs if wheels are missing) anchored to the trailer's L-track or chain rail, and additional chain binders or soft straps at designated chassis tie-down points if required by the vehicle's weight or condition. For vehicles with structural damage, the securement team identifies remaining intact tie-down points — frame rails, tow hooks, and sub-frame attachment points are preferred over damaged or compromised body components. The driver verifies securement before departure and may re-check during transit stops. Non-running vehicles are not treated differently from operable vehicles in securement — the same FMCSA cargo securement regulations apply.
No — vehicles on lift racks, hydraulic lifts, or jack stands cannot be loaded directly. The vehicle must first be lowered to ground level before transport pickup can occur. For vehicles in a body shop or repair facility on a mechanical lift: the facility staff must lower the vehicle to the ground before the carrier arrives. For vehicles on jack stands in a driveway or garage: the owner or a local shop must remove the jack stands and lower the vehicle before carrier pickup. If the vehicle is on jack stands because wheels are missing (restoration situation), coordinate wheel installation, wheel dolly usage, or forklift loading before scheduling pickup. Include the vehicle-lowering step in your coordination timeline — don't schedule carrier pickup until you've confirmed the vehicle will be at ground level.
Partially disassembled vehicles can be shipped — vehicles in restoration with body panels removed but chassis and drivetrain partially intact (rolling shell) are transported regularly. Complete disassembly (individual parts without a chassis or unibody structure) is not vehicle transport — individual parts shipments are handled as freight or through specialty parts shippers. The minimum requirement for vehicle transport is a recognizable vehicle chassis or unibody with enough structural integrity to be secured to a carrier via standard tie-down points. For partially disassembled vehicles: remove or secure all loose parts, wrap exposed mechanical surfaces, protect bare metal from road debris, and use enclosed transport for the most effective protection of unfinished components.
The non-running surcharge compared to an operable vehicle on the same route typically ranges $100–$400, with the specific amount varying by condition severity and loading method required: Dead battery (mild non-running, jumpable): $50–$150 premium. Standard winch load (functioning wheels, no start): $100–$250 premium. Winch load with steering/brake issues requiring extra driver time: $150–$300 premium. Forklift required at pickup location: $200–$400 premium above standard winch, or $350–$600 above operable. These premiums are in addition to the base route price. Rural pickup locations add a further rural surcharge. Enclosed non-running combines the enclosed premium and the non-running premium. Call (888) 508-2175 for condition-specific pricing.
Yes — auction-to-auction transport is a common scenario for dealers and rebuilders who purchase salvage vehicles and need to transfer them to another auction, a body shop in another state, or a rebuilding facility. The process is the same as a standard Copart/IAAI pickup: the buyer obtains the gate pass from the originating auction, the carrier picks up and transports to the destination — which may be another auction facility, a dealership, a body shop, or a private address. For dealer-volume auction-to-auction shipments, EZ Auto Movers can discuss multi-load coordination and bulk pricing for recurring routes.
Yes — many vehicles are sold directly to salvage auctions (Copart, IAAI, or local salvage buyers) and need to be transported from a private residence, business, or accident location to the auction facility. This is a common insurance claim resolution scenario — the insurance company arranges transport of the total-loss vehicle to the auction yard. EZ Auto Movers coordinates these private-property-to-auction pickups with non-running capability as needed. The key requirement: the insurance company or private seller must have the authority to release the vehicle for transport (title or release documentation) and must be present or designate a representative at pickup.
Yes — cross-country non-running transport (California to Florida, New York to Texas, etc.) is handled regularly in our network. The economics differ from short-haul non-running: the distance-based revenue of a 2,000+ mile shipment makes it worthwhile for non-running carriers on major corridors. California–Florida, Texas–Florida, New York–Florida, and California–Texas are the highest-volume cross-country non-running corridors with the strongest carrier availability. Less-traveled cross-country corridors (Northern Midwest to Pacific Northwest, New England to Mountain West) have lower carrier density and may take longer to dispatch. Pricing for cross-country non-running typically runs $850–$1,900 for open, $1,200–$2,400 for enclosed.
Garage and enclosed-space pickups add complexity to non-running transport logistics. Considerations: (1) The carrier trailer needs to be positioned near the garage entrance — typical car hauler trailers are 75–80 feet in length including the truck, requiring a clear straight approach to the garage door. (2) Winch loading from inside a garage is possible if the cable can reach from the carrier parked on the street to the vehicle inside — typically 20–40 feet of cable reach. (3) For very tight garages, wheel dollies allow moving the vehicle to an accessible position before winch loading. (4) Forklift access inside a residential garage is impractical — forklift scenarios are limited to commercial properties with appropriate access. Alert EZ Auto Movers to garage pickup details at booking so the carrier can assess equipment needs and approach logistics.
Estate and inherited vehicle shipping requires specific documentation establishing authority to transport the vehicle. For estate situations: a copy of the Letters Testamentary (court-issued document granting estate administration authority), or a signed affidavit of heirship if applicable in the state, establishes the shipper's legal right to release the vehicle for transport. The vehicle's title may still be in the deceased's name — in many states, an estate executor can authorize transport without retitling the vehicle first, but confirmation of state-specific requirements is recommended. For non-running estate vehicles stored for extended periods, anticipate seized brakes, discharged batteries, and deteriorated tires — photograph and document the condition thoroughly before transport.
Yes — non-running vehicle transport to a repair shop, dealership service center, or specialist mechanic is one of the most common everyday use cases for inoperable car shipping. Typical scenarios: engine seized away from home (vacation, road trip), transmission failure rendering the vehicle undrivable, accident damage requiring body shop work across state lines, and specialty repairs requiring shipping to an out-of-state specialist (marque-specific shops, vintage car mechanics). For repair shop deliveries, confirm the shop's business hours and any access requirements for carrier entry. Many shops have loading docks or open service bays that accommodate carrier delivery. Winch unloading at the destination follows the same process as winch loading — the carrier can lower the non-running vehicle to the shop's driveway or lot.
Yes — vehicles with stripped interiors (seats removed, dashboard removed, carpet stripped, door panels off) are common project car and restoration scenarios. From a transport standpoint, interior stripping doesn't affect the carrier process significantly. Considerations: (1) Without interior components, the BOL condition notation should specifically describe the stripped interior state so it's not confused with vandalism damage. (2) Removed components stored in the vehicle (doors in the trunk, seats on the floor) must be secured — loose interior components can shift during transit and damage the bare metal they contact. (3) Bare metal surfaces exposed by interior removal are rust-prone if the vehicle is transported open — enclosed shipping is recommended for bare-metal restoration projects.
If an operable vehicle (transported as operable) breaks down on the carrier during transit, it becomes a carrier logistics issue — the carrier handles the situation and continues transport with the now-non-running vehicle secured on the trailer. The vehicle is delivered in its post-breakdown state. If the breakdownrepresents new mechanical failure that the carrier's driving caused (overheating from an engine problem aggravated by carrier handling, battery failure), this is a grey area that requires discussion between you and the carrier. Any damage that occurs during transit — including damage from a breakdown — is covered by the cargo insurance if it can be demonstrated the carrier's handling caused or contributed to the failure. Document the pre-transport mechanical condition thoroughly at booking and on the pickup BOL.
You (or a designated representative who can sign the BOL) must be present at non-running car pickup. This is more critical for non-running vehicles than operable ones for several reasons: (1) The BOL condition documentation for a damaged or non-running vehicle is more complex — the person signing should be knowledgeable about the vehicle's pre-existing condition. (2) The driver may need access to the vehicle's interior to release the parking brake, access the shift linkage, or confirm the transmission neutral position. (3) Any access challenges (locked gate, garage door code, salvage yard check-in) require an authorized contact. (4) If conditions are different from what was disclosed at booking (wheels more damaged than expected, vehicle on stands requiring lowering), an on-site contact can coordinate immediate adjustments.
Fire-damaged vehicles can be shipped with important disclosures. Considerations: (1) Active smoldering or heat — a vehicle that experienced a fire recently must be confirmed completely extinguished before transport. Do not ship a vehicle with any remaining heat or smoldering materials. (2) Structural integrity — fire damage can compromise frame rails, floor pans, and tie-down attachment points. The carrier must identify intact structural attachment points for securement. (3) Hazardous material disclosure — vehicles burned with chemical content (drug lab, chemical storage) require full disclosure and may be restricted from standard carrier transport. (4) EV battery fires — vehicles with lithium-ion battery fires require specialized handling due to re-ignition risk. Standard cargo carriers cannot transport vehicles with active or unextinguished battery thermal events. Disclose fire-damage type, severity, and extinguishment confirmation at booking.
Vehicles with active (dripping) fuel leaks require drain-down before transport for carrier safety compliance. FMCSA cargo regulations and DOT hazardous materials rules prohibit transporting vehicles with active fuel system leaks that create a fire or spill hazard during transit. Before booking: (1) Confirm whether the leak is active (currently dripping) or historical (dried staining from a past leak). (2) If active, arrange for the fuel system to be drained below the leak point or the leak temporarily sealed before transport. (3) Coolant and oil leaks are less restrictive than fuel leaks but should still be disclosed — major coolant or oil leaks can affect other vehicles on the same trailer or the carrier's deck. (4) Document the pre-existing leak condition on the pickup BOL.
EZ Auto Movers' dispatch process for non-running vehicles involves condition-matched carrier selection rather than general network posting. The process: (1) Your condition details (what makes it non-running, where it is, where it's going) are used to identify carriers with the specific capability needed. (2) The load is posted to the carrier network with clear non-running notations and the appropriate rate to attract qualified carriers. (3) Carrier proposals are screened for non-running equipment verification — not just general transport authority. (4) FMCSA credential verification (MC authority, cargo insurance, safety rating) is completed before acceptance. (5) The selected carrier's non-running experience and equipment is confirmed with you before dispatch. (6) The driver contacts you directly for scheduling with full awareness of the vehicle's condition.
You can start a non-running car shipping quote online, but a phone call is strongly recommended for accurate pricing. Online quote forms work well for standard operable vehicles on common routes — they generate pricing based on distance and vehicle type. Non-running vehicles require condition details that online forms don't capture with enough specificity: exactly why the car is non-running, what loading equipment is needed, whether forklift coordination is required (auction yard, salvage facility), and any access complications at the pickup location. Call (888) 508-2175 to speak with a coordinator who can give you an accurate non-running assessment. The difference between a phone-quoted non-running price and an auto-generated online price can be significant on complex pickups.
The complete non-running vehicle shipping process: (1) Call (888) 508-2175 and describe the vehicle condition, pickup location, destination, and any special circumstances (auction yard, salvage facility, garage pickup). (2) Receive a condition-specific quote and timeline estimate. (3) Book the shipment — no upfront payment required. (4) EZ Auto Movers posts to the non-running carrier network with condition-specific requirements and appropriate pricing. (5) A qualified carrier accepts the load — FMCSA credentials verified. (6) You receive carrier name, USDOT/MC number, and driver contact. (7) Driver schedules pickup appointment with you. (8) You prepare the vehicle per coordinator guidance. (9) Driver arrives, conducts BOL condition inspection. (10) Non-running loading (winch, rollback, forklift, dolly as appropriate). (11) Vehicle transits to destination. (12) Driver coordinates delivery appointment. (13) Delivery and final BOL inspection.
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