Product Q&A
How does Tomarukun achieve vehicle interception?
It uses a purely mechanical structure that requires no external power supply. When a vehicle strikes the front support arm, the lever principle lifts the front wheels, redirecting horizontal kinetic energy vertically into the ground and significantly reducing impact force. The remaining energy is converted into thermal energy through high-strength friction between the bottom rubber pad and the ground, achieving smooth braking.
What are the main components of the product?
Main frame (aluminum alloy), front support arm (aluminum alloy), bottom rubber pad (wear-resistant rubber), and bottom wheels.
How does the rubber pad make contact with the ground?
The rubber pad is installed at the bottom of the main body. When deployed, the rubber pad naturally conforms to the ground under its own weight - no additional adjustment required.
How is the stable triangular structure formed?
When deployed, the main frame and the front support arm form a stable triangular support structure with strong impact resistance - no displacement occurs upon collision.
What are the features of the bottom wheels?
The wheels are designed for short-distance pushing. When deployed, the wheels are off the ground and the rubber pad bears the load; when stored, the wheels contact the ground for easy push-and-go transport.
What is the weight of Tomarukun?
25kg - one person can easily handle pushing, deployment, and storage.
What are the dimensions when folded?
Folded dimensions are W830 * L1090 * H365mm - height reduces from 1080mm to 365mm.
What are the advantages of high-strength aluminum alloy?
Lightweight, high-strength, impact-resistant, non-combustible, corrosion-resistant, and recyclable.
What is the stopping distance?
On dry asphalt roads, approximately 8.7 meters at 60km/h and approximately 3.0 meters at 40km/h.
What road conditions is the product suitable for?
Suitable for dry, level asphalt or concrete surfaces. On wet, snowy, or icy roads, friction coefficient decreases and stopping distance increases accordingly.
What maintenance does the product require?
Check rubber pad wear and lock buckle flexibility monthly; check the sprayed surface quarterly and touch up paint promptly if damaged. After any collision, thoroughly inspect the structure for deformation.
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