APlastics 1:10 Firebird Trans Am 1982

Description

APlastics 1:10 Firebird Trans Am 1982

APlastics 1:10 Firebird Trans Am 1982

The APlastics Pontiac Firebird Trans Am 1982 brings detailed scale styling to the world of 1/10 RC drift and touring cars. Designed for enthusiasts who want realistic proportions and a unique appearance, this body shell is manufactured from durable Lexan polycarbonate and supplied clear for complete customization.

Compatible with RC chassis featuring a wheelbase between 255mm and 260mm, the body is suitable for a wide range of drift and touring platforms. The lightweight construction helps maintain performance while providing excellent durability for regular RC use.

Each body shell is delivered unpainted, allowing builders to create custom liveries, street car replicas, motorsport-inspired projects, or show-quality display builds. Detailed body lines and realistic styling make this shell an excellent choice for collectors and RC enthusiasts alike.

Specifications

• Scale: 1/10
• Material: Lexan polycarbonate
• Wheelbase compatibility: 255–260mm
• Clear body shell for custom painting

Package Includes

• Clear body shell
• Window masking sheet
• Decal sheet
• Light buckets front and rear for LED system installation (LED system not included)

The APlastics Firebird Trans Am 1982 is designed to help you build a distinctive RC project with realistic scale appearance and proven compatibility across popular chassis platforms.

Includes support on all R/C Car issues and technical support.  We support all the cars that we promote.  Contact us directly with all questions – nextlevel@nextlevelrccars.com

We carry a full line of RC Car body shells.  Please view our website  Shop Menu (Click Here) for all parts available. 

If you don’t see your part, please email nextlevel@nextlevelrccars.com with the part number or information.  

This is a hobby grade product, all parts are available. 

*We are an authorised APlastics R/C Dealer in Canada.  Buy local – No duties and we manage all warranty claims.

Additional information