Product Info:
SkyRC SK600162-01 - Sidewall Gluing DockSpin smooth. Glue clean. Race faster.Meet Tire Sidewall Gluing DockIt turns tire prep into a clean, controlled process—helping you unlock every bit of performance before your car hits the track. Reinforced sidewalls reduce high-speed deformation, sharpen cornering stability, and deliver more predictable on-track handling.
Whether you’re chasing lap times or building race-ready rubber, this is the pro way to finish RC tires.
Heavy-Duty Motor. Adjustable Speed.A durable low-RPM motor delivers smooth, controlled rotation—ideal for precise sidewall gluing without splatter or uneven coverage. Perfect for high-grip racing environments such as carpet or sealed clay tracks, where reinforced sidewalls make a real difference in consistency and cornering feel.
Turn the dial. Glue at your pace.A rotary speed control knob delivers continuous adjustment, so you can fine-tune rotation speed for clean, even glue application.
Flexible 6–12V Power Input with XT60 Run it anywhere. With a wide 6–12 V DC input range and a built-in XT60 connector—the de facto standard for RC power—the gluing dock moves seamlessly from pit table to workshop. Run it from a 2S (7.4 V) LiPo battery for mobile setups, or connect a 12 V DC supply for extended bench sessions.
Dual-Direction Control. Spin both ways.Switch instantly between clockwise and counter-clockwise rotation for flawless coverage from every angle—and total control at every pass.
Locked in. Ready to perform.A precision mounting post and locking screw secure your tire during smooth rotation, while included 1/10 on-road and off-road hex adapters ensure instant compatibility.
Perfect For:
- Touring car racers
- Drift enthusiasts
- Pit crews and race teams
- Serious hobbyists
- RC workshops and tuning benches
Specifications:
- Size: 90x90x28.9 mm
- Weight: Approx. 258 g
- DC Input: 6-12V (XT60 plug)
- Operating temperature: 0℃-40℃
- Working humidity: 10%–90% RH, non-condensing
- Storage temperature: -10°C–50°C
- Storage humidity: 20%–65% RH, non-condensing