Multiquip BPX Vibrator Motor Honda 2.1HP GXH50 with Backpack

Multiquip BPX Vibrator Motor Honda 2.1HP GXH50 with Backpack

Powered by a Honda GXH50 Engine, this Backpack Vibrator Motor delivers reliable performance for efficient concrete consolidation. Compatible with Multiquip’s full line of pencil and standard shafts and heads, it ensures versatile application across professional construction projects. Boost your concrete finishing productivity today.

Features:

Breathable padding configuration and adjustable compression straps cover critical comfort points on the user's back.

• Features an ergonomic design with breathable padding and adjustable compression straps to provide superior support and comfort across critical points on the user's back.

Upper-back load adjuster straps allow for proper slack setting to alleviate shoulder stress.

• Includes upper-back load adjuster straps that allow the operator to properly set slack, effectively alleviating stress on the shoulders.

Lower lumbar pad with high-friction fabric reduces pressure point slippage

• Features a lower lumbar pad equipped with high-friction fabric, which efficiently reduces pressure point slippage and enhances stability.

Throttle control and on/off engine switch easily accessible on shoulder straps.

• The throttle control and on/off engine switch are conveniently located on the shoulder straps for easy and immediate access during operation.

Storage pouch on each waist strap allow the user to safely stow smart phones and other small personal items.

• Features a storage pouch on each waist strap, allowing the user to conveniently and safely stow smartphones and small personal items within easy reach.

Reliable Honda 2.1hp GXH50 4-stroke engine with low oil shut down sensor.

• Powered by a reliable Honda 2.1 hp GXH50 4-stroke engine, which includes a low oil shut-down sensor for enhanced engine protection and longevity.

Swivel mounted engine for better operator flexibility and maneuverability.

• Features a swivel-mounted engine design, significantly improving operator flexibility and maneuverability during use.