Optimal stability and control Non-slip textured surfaces combined with an ergonomic grip deliver precise force control when extracting wheel bearings. Designed to reduce slipping and accidental drops, providing fall protection for the bearing and surrounding components during removal. Built for intensive automotive use Works with a range of axle diameters and confirms compatibility with standard hub types. Multi-bolt configurations allow precise centering and controlled force distribution to protect hubs and bearings during extraction. Reinforced, durable construction Machined from a heat-treated, high-strength alloy with double-thick arms to resist bending and wear. Construction maximizes tool life and maintains removal efficiency through repeated service cycles. Fast, efficient disassembly process Uses a rational three-phase removal method to speed interventions on wheel hub bodies. Compatible with common hydraulic and mechanical jacks used in France; the semi-automated approach reduces required physical effort and shortens repair time. Key attributes at a glance Function: Controlled wheel bearing extraction with fall protection Compatibility: Variable axle diameters, standard hub types, hydraulic and mechanical jacks Material: Heat-treated high-strength alloy, reinforced arms Performance: Durable under repeated use, precise multi-bolt alignment, reduced physical strain during operation Practical use scenarios 1. Independent garage replacing front or rear wheel bearings on passenger cars with varying axle diameters — faster, safer removals while protecting hub faces. 2. Mobile recovery or roadside service where secure, non-slip grip and reduced manual effort minimize the risk of dropped parts during on-site bearing extraction. 3. Fleet maintenance shop performing high-volume bearing changes — reinforced arms and durable alloy construction maintain performance across repeated cycles. What this solves Prevents damage to hubs and bearings by delivering controlled, evenly distributed extraction forces. Reduces time and physical strain on technicians through an efficient, three-phase removal workflow and compatibility with common jacks. Increases uptime and lowers replacement costs by using a durable, heat-treated tool designed for repeated professional use.