Printer minimum build volume required - 210*230*80mm

All inner fenders need to be removed before installing. If your shock towers are integrated with the inner fenders, aftermarket shock towers are required.

The U452 sideboard flatbed is made to be paired with the U452 cab (sold separately).

This sideboard flatbed is ideally matched with a chassis with a width of 235mm outer tyre to tyre, using 100mm - 105mm tyres. The flatbed fenders come in 3 variants, allowing for 290mm, 313mm, and 324mm wheelbases.

Battery access is very easy. The battery hatch is flush mounted with the flatbed, and is snapped shut with magnets. Simply push down on the battery hatch on the side to open it.

Body mounts for the SCX10, SCX10 iii, VS4-10 Pro, TRX4 chassis are included.

While designed specifically for low profile transmission chassis, body mount raisers are included to raise the flatbed and cab higher to accommodate high profile transmissions such as standard 3 gear types. Further modifications may be required depending on your chassis.

Printed rear shock towers are included for the supported chassis. This ensures the flatbed doesn’t run into clearance issues. However if the original shock towers are still desired, simply use the body mount raisers to lift the bodyset to clear the shock towers.

Features and details included:Easy access battery hatchHinged sideboardsHinged and functional mini storage boxesFuel tanksFully functional light buckets290mm, 313mm, 324mm wheelbases are all compatible.

Screenshots of recommended printing orientation for roof and cab flap are included.

Be sure to check out the instruction manual and gather all required hardware for assembly.

It is highly recommended to read the instruction manual before purchasing, to ensure you have all the required tools and hardware to assemble this body.

Assembly instructions:View the link below to download the assembly instructionshttps://www.aheadrc.com/manual

All of these files are for personal use only. DO NOT in any way redistribute, sell in physical or digital form, or use for AI purposes.

FDM printing:PLA+ or PETG filament0.2 layer heights30-70% infill densitySupports are necessary