Tilt and drop test bench 5154-HD

stabilityperformanceslip resistance

Product Overview
This test bench evaluates the maximum slope angle and climbing performance of embodied humanoid robots when traversing in different directions.

Key Features

• Supports step-by-step gradient training for various humanoid robot platforms.
• Simulates complex outdoor terrains (rugged paths and inclined surfaces) with adjustable friction profiles.
• Enables collection of climbing perception data to support center-of-gravity and gait adjustment, adaptive anti-slip balance, and precise determination of extreme climbing thresholds.
• Provides realistic conditions for validating stable walking on steep slopes, position holding without slipping, and self-recovery from imbalance.

Product Specifications
Model: 5154-HD
Test Angle: 0–45°
Max. Load: 500 kg

Product Advantages

• Established supplier network to support reliable sourcing and delivery.
• Market-aware pricing to deliver cost-effective testing solutions.
• In-house QC team conducts inspections during production and prior to shipment according to AQL standards.
• Engineered design that integrates functional test capability with a professional industrial appearance.

Product Details
Designed for gradient training and realistic terrain simulation, the bench records perception and gait metrics to help humanoid robots adapt balance and climbing strategies. It is intended for evaluating climbing capability, slope stability, slip resistance and self-recovery behaviors in embodied robotic platforms.

Technical specifications

• Model: 5154-HD
• Test Angle Range: 0 ~ 45°
• Maximum Test Load: 500 kg
• Supports step-by-step gradient training for humanoid robots
• Simulates complex outdoor terrains with variable friction
• Enables data collection for climbing perception, center-of-gravity and gait adjustment
• Provides adaptive anti-skid balance testing and determination of extreme climbing threshold
• Allows testing of stable walking on steep slopes, position holding without slipping, and self-recovery from imbalance