Powerhobby Precision Bluetooth Digital RC 1/10 1/8 Car Tire Balancer

Powerhobby Precision 1/10 & 1/8 Scale Bluetooth Tire Balancer

Description

The Powerhobby Precision Bluetooth Digital Tire Balancer helps identify and correct wheel and tire imbalance on compatible 1/10 and 1/8-scale RC vehicles.

Its precision stepper motor and load-cell measuring system accurately locate the heavy point of the wheel. Properly balanced tires can reduce drivetrain vibration, improve vehicle stability, provide more consistent handling, and promote even tire wear.

Bluetooth connectivity allows the balancer to communicate with a compatible mobile device, while the built-in 2.8-inch TFT screen provides convenient on-device operation and measurement viewing.

Features

• Designed for 1/10 and 1/8-scale RC wheels
• Bluetooth connectivity for compatible mobile devices
• Built-in 2.8-inch low-power TFT display
• Precision stepper motor for accurate balancing
• Load-cell measuring system
• Accuracy up to 0.35g with 1/10-scale wheels
• Accuracy up to 0.5g with 1/8-scale wheels
• Helps reduce tire and drivetrain vibration
• Improves vehicle stability and setup consistency
• Helps promote consistent tire wear
• Includes balancing putty and carrying case

Includes

• 1 Powerhobby Precision Bluetooth Digital Tire Balancer
• 1 1/10-Scale Wheel Adapter
• 1 10g Container of Balancing Putty
• 1 DC Power Cable
• 1 Carrying Case

Specifications

• SKU: PHB7000
• UPC: 659821434404
• Compatible Scales: 1/10 and 1/8
• Input Voltage: 12–18V DC
• Display: 2.8" TFT
• 1/10 Wheel Accuracy: 0.35g
• 1/8 Wheel Accuracy: 0.5g
• Length: 7.0" (178mm)
• Width: 3.8" (99mm)
• Height: 4.1" (106mm)
• Weight: 28.2 oz (800g)

Compatible With

• Compatible 1/10-scale RC car wheels using the included adapter
• Compatible 1/8-scale RC car wheels with the required adapter

Important

The 1/8-scale wheel adapter is not included and must be purchased separately.

A compatible 12–18V DC power source is required. Check wheel dimensions, mounting configuration, adapter compatibility, and power-source requirements before use.