Pre-Purchase Inspection

Comprehensive pre-purchase inspection of a 2024 Rivian EDV 500 electric delivery van to evaluate condition of all major systems, including high-voltage battery, dual motors, brakes, suspension, and body components.

Warnings

Tools required

Preparation

1. Verify vehicle VIN matches documentation and check for any open recalls via Rivian portal
2. Ensure vehicle has at least 50% battery charge for full system testing
3. Position vehicle on level ground in well-lit area
4. Obtain vehicle service history and maintenance records if available
5. Connect diagnostic scan tool and retrieve vehicle identification, mileage, and any stored fault codes
6. Place wheel chocks at rear wheels before lifting vehicle

Procedure

1. 1

   Exterior and Body Condition Assessment
   Inspect all body panels for damage, misalignment, or evidence of collision repair. Check paint condition and use paint thickness gauge if available to identify potential bodywork. Inspect all doors, cargo area, and panel gaps for uniformity. Check all exterior lighting including headlights, taillights, turn signals, and cargo area lighting. Verify operation of wipers and check washer fluid level. Inspect windshield and all glass for cracks or chips. Check for any rust or corrosion, particularly at wheel wells, rocker panels, and underbody.
2. 2

   Tire and Wheel Inspection
   Measure tread depth on all four tires at multiple points across each tire; minimum legal limit is 2/32 inch but recommend replacement below 4/32 inch. Check for uneven wear patterns indicating alignment or suspension issues. Inspect tire sidewalls for cuts, bulges, or damage. Verify tire size matches specifications (275/65R18 for EDV 500). Check wheel condition for curb damage, cracks, or bends. Verify all lug nuts are present and check for signs of cross-threading or damage. Record tire brand, DOT date codes, and remaining tread depth for each position.
3. 3

   Brake System Inspection
   Lift vehicle and remove all four wheels. Measure brake pad thickness on all four corners; front pads should be minimum 3mm, rear pads minimum 2mm remaining. Inspect brake rotors for scoring, heat damage, or excessive wear; measure rotor thickness if micrometer available. Check brake calipers for leaks, seized pins, or damage. Inspect brake lines and hoses for cracks, chafing, or corrosion. Check brake fluid level and condition in reservoir; fluid should be clear to light amber, not dark brown. Test parking brake hold on incline if possible. Note that EDV 500 uses regenerative braking which reduces pad wear, but pads may show corrosion if vehicle primarily used regen.
4. 4

   Suspension and Steering Assessment
   With vehicle raised, inspect all suspension components including control arms, ball joints, tie rod ends, and sway bar links for wear, damage, or torn boots. Check for any fluid leaks from shock absorbers. Grasp each tire at 12 and 6 o'clock positions and attempt to rock; excessive movement indicates worn ball joints or wheel bearings. Grasp at 3 and 9 o'clock and rock to check tie rod ends and steering linkage. Inspect CV axle boots for tears or grease leakage. Lower vehicle and perform steering test; steering should be smooth with no binding, and vehicle should track straight with hands off wheel briefly.
5. 5

   Underbody and Chassis Inspection
   With vehicle on lift, perform thorough underbody inspection. Check for impact damage to battery pack enclosure, frame rails, or suspension mounting points. Inspect underbody protective shields for damage or missing fasteners. Check front and rear differential units for leaks at seals and fill plugs. Examine drivetrain components including motor mounts for cracks or excessive wear. Inspect exhaust system (HVAC and battery thermal management) for damage or loose connections. Look for any unusual modifications, aftermarket components, or signs of off-road damage. Check for any fluid leaks from cooling system, brake system, or gear oil.
6. 6

   High-Voltage Battery Pack Inspection
   Visually inspect battery pack enclosure from underneath for any signs of impact, road debris damage, or corrosion penetration. Look for any signs of thermal damage, discoloration, or odors indicating cell damage. Check battery cooling system connections for leaks. Using diagnostic software, retrieve battery state of health (SOH), current capacity vs. original capacity, cell voltage balance, and charge cycle count. Battery should have minimum 90% SOH for recent model year. Check for any high-voltage system fault codes. Review charge history if available for any fast-charging concerns. Note: Do not attempt to open or service high-voltage components without proper training and equipment.
7. 7

   Electric Drive Motor and Drivetrain Testing
   Using diagnostic tool, check both front and rear motor health status, temperatures, and any stored fault codes. Test drive vehicle to verify both motors engage properly in AWD mode. Listen for any unusual noises from motors during acceleration, regeneration, or coasting. Test regenerative braking at various levels; should be smooth and consistent. Check for any vibrations or driveline shudder during acceleration or deceleration. Verify smooth operation from 0-60 mph if safe testing area available. Monitor motor temperatures using scan tool after test drive; excessive heat may indicate motor or cooling issues.
8. 8

   Charging System Verification
   Inspect charge port door and latching mechanism for damage or misalignment. Examine charge port pins for corrosion, burning, or damage. If possible, connect to Level 2 charger and verify vehicle accepts charge normally. Check onboard charger function through diagnostic tool. Test DC fast charge capability if DCFC station available; monitor charge curve and temperatures. Verify charge port locking mechanism functions properly. Check for any charge system fault codes. Test that charging can be scheduled and controlled through vehicle interface.
9. 9

   Interior and Cabin Systems Inspection
   Check all seats for damage, excessive wear, or staining. Test all seat adjustments and seatbelt function. Inspect cargo area for damage and verify all tie-downs and mounting points intact. Test all interior lighting, power outlets, and USB ports. Verify HVAC system operates in all modes (heat, AC, defrost) and that airflow is adequate. Check infotainment system boots properly and all features function including navigation, Bluetooth, cameras. Test all power windows, locks, and mirrors. Verify digital instrument cluster displays all information correctly with no pixel failures. Check for any warning lights or messages on startup.
10. 10

    ADAS and Safety Systems Testing
    Verify all cameras function properly including rear, surround-view if equipped, and any forward-facing cameras. Test all parking sensors for proper operation. Check operation of advanced driver assistance features including lane keeping, adaptive cruise control, and automatic emergency braking if equipped on this model. Verify all airbag warning lights function properly during startup and then extinguish. Test horn operation. Verify backup alarm functions (required on commercial vehicles). Check that all safety restraints are present and functional.
11. 11

    Fluid Level and Condition Check
    Check EV transmission fluid level if inspection procedure allows; fluid should be pink/red and not burnt smelling. Verify battery/motor coolant level in reservoir; should be at proper mark and bright colored (typically orange or pink), not rusty or contaminated. Check brake fluid level and condition; fluid should be clear to light amber. Verify windshield washer fluid level. Inspect power steering reservoir if equipped; note this vehicle uses electric assist which typically requires no fluid but verify no leaks from steering rack. Check front differential for proper fill level via fill plug; oil should be clean without metal particles. Check rear differential via fill plug; verify no water contamination or excessive metal particles in oil.
12. 12

    Complete Diagnostic Scan and Documentation
    Perform comprehensive diagnostic scan of all vehicle modules including BMS (Battery Management System), drive units, ABS, airbag, HVAC, body control, and infotainment systems. Document all current and historical fault codes with descriptions. Review software version levels and check if any updates are pending or overdue. Export battery health report including capacity, SOH, cell balance data, and charge cycles. Check service history stored in vehicle computer. Generate complete vehicle report with all fault codes, component status, and test results. Take photos of any concerns, damage, or wear items. Verify odometer reading matches service records and is consistent with wear patterns observed.

Reassembly

1. Reinstall all four wheels and torque lug nuts to specification in star pattern
2. Lower vehicle from lift and perform final torque check on lug nuts at ground level
3. Clear any diagnostic codes that were set during testing procedures if appropriate
4. Disconnect scan tool and ensure all access panels or covers are properly reinstalled

Verification

• Review complete diagnostic report and verify all systems were tested
• Compile comprehensive written report with recommendations for repairs or maintenance needed
• Provide battery state of health percentage and expected remaining range capability
• Document any immediate safety concerns versus deferred maintenance items
• Include estimated costs for any needed repairs to assist in purchase negotiation
• Verify no warning lights remain illuminated on instrument cluster
• Confirm vehicle is left in same or better condition than at start of inspection

More procedures for this vehicle