Manual Tyre Bead Breaker – Double Handle Henchman
£186 Original price was: £186.£171Current price is: £171.
100 in stock
You’re now subscribed to price tracking for this product. We’ll notify you if the price drops.
This is a heavy-duty, manual tyre bead breaker designed for professional use in breaking beads on commercial, agricultural, and off-road tyres. It provides significant leverage for separating stubborn tyre beads from rims without the need for external power sources.
What You Get
- Closed length: 104cm (41″) approx
- Extended length: 155cm (61″) approx
- Weight: 13.5 kg
- Double-handle design for two-person operation or increased leverage for a single operator.
Built For
This tool is engineered for applications requiring robust bead breaking force, including:
- Truck and lorry tyres
- Tractor and agricultural equipment tyres
- Heavy plant and construction vehicle tyres
- Off-road vehicle tyres (e.g., ATV, UTV, large 4×4)
- Situations where pneumatic or hydraulic bead breakers are unavailable or impractical.
- Field service, workshops, and agricultural settings.
Construction
The tool is constructed from heavy-gauge steel, finished in a durable black coating for corrosion resistance. Key components include:
- Main Lever Arm: A substantial, rectangular steel tube forming the primary leverage point.
- Bead Breaking Foot: A robust, angled steel plate designed to engage the tyre bead, featuring a reinforced edge for durability.
- Rim Clamp/Hook: A strong, curved steel component designed to securely grip the rim flange during operation.
- Double Handles: Two distinct, tubular steel handles welded perpendicular to the main lever arm, providing multiple grip points for leverage.
- Pivot Points: Heavy-duty steel pins and bushings facilitate the tool’s articulation and extension.
- Extension Mechanism: A telescoping steel tube within the main body allows for adjustable length and increased leverage.
- Locking Pin: A spring-loaded or manual pin mechanism secures the extended length.
All welds appear to be full penetration and robust, indicating a construction designed for high stress and repeated use in demanding environments.
