Precision 1/10 & 1/8 Scale Bluetooth Tire Balancer Balancing tires is crucial to ensure optimal performance and stability on the track, as even the slightest imbalance can lead to vibrations that affect speed and handling. SkyRc's precision tire balancer is here to help minimize these disturbances and enhance the overall feel of the car. The Sky RC Bluetooth Tire Balancer offers a seamless tire balancing experience with effortless Bluetooth connectivity, allowing users to control and monitor the device conveniently via their mobile devices. Its precision stepper motor technology takes tire balancing to the next level by enhancing accuracy and minimizing errors. This tire balancer boasts remarkable load cell accuracy, delivering precise measurements to an impressive 0.35 grams on 1/10 scale wheels and 0.5 grams on 1/8 scale wheels, ensuring your racing tires are perfectly balanced for optimal performance on the track. With these cutting-edge features, the Sky RC Bluetooth Tire Balancer is a must-have tool for racers chasing the ever-elusive tenth.Note: To achieve the best tire balancing results, ensure that the balancer is positioned on a stable, level surface that is free from vibrations. The presence of vibrations or any instability can adversely affect the balancer's performance, leading to potential inaccuracies in your tire balancing tests. Features: Effortless Bluetooth connectivity 2.8in low power TFT display Compatible with 1/10 and 1/8 scale wheels (1/8 scale adapter not included SKY-500045-02) precision stepper motor enhances balancing accuracy Load cell accuracy ensures accuracy to 0.35g on 1/10 scale wheels and 0.5g on 1/10 Increase car setup consistency and stability Increased tire longevity and wear consistency Decreased drivetrain vibration Specifications: DC Voltage: 12 - 18V Length: 7.0in (178mm) Width: 3.8in (99mm) Height: 4.1in (106mm) Weight: 28.2oz (800g) Includes: (1) SkyRC Digital Bluetooth Tire Balancer (1) 1/10 adapter (1) 10g container of balancing putty (1) DC power cable (1) luxurious carrying case
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