The Single-Beam Ladder is made of high-quality moso bamboo with a growth period of over five years as raw material. It is manufactured through special processes including anti-corrosion, anti-moth, degreasing, high-temperature treatment, and multi-layer bonding. Metal accessories are precision-made from high-quality steel using molds. This product is lightweight and flexible, serving as an essential piece of equipment for fire brigades in training and fire-fighting operations.

Fire-fighting, emergency response, and other safety-related fields

• Foldable Design: Compact size after folding, easy to carry and store, saving storage space.
• Lightweight: Made of lightweight materials (e.g., aluminum alloy), allowing easy transportation by a single person, suitable for rescue scenarios.
• Easy Operation: Simple steps for unfolding/retracting, no complex assembly required, enabling quick deployment.
• Stable Structure: Single-beam main body combined with anti-slip design (e.g., anti-slip steps, bottom anti-slip pads) to ensure safety during use.
• Flexible Usage: Applicable to low-rise rescue, climbing operations, etc., adapting to various emergency scenarios.

• Working Length: 3±0.1m
• Minimum Ladder Width: 250±2mm
• Rung Spacing: 340±2mm
• Overall Ladder Weight: 8.95kg
• Horizontal Bending Residual Deformation Ratio: 0.06%
• Rung Bending Residual Deformation Ratio: 0.2%

• 1 Single-Beam Ladder
• 1 copy of Instruction Manual
• 1 Certificate of Conformity

It is mainly applied in multiple industrial fields, including:

• Firefighting and fire suppression
• Emergency material delivery
• Surveying and mapping
• Security protection
• Maritime supervision
• Logistics transportation

Endowed with the characteristics of heavy payload and long endurance, it can perform long-duration, large-scale patrol and monitoring tasks, as well as undertake operations like heavy cargo transportation and emergency rescue material delivery.

• Remarkable payload capacity and ultra-long endurance
• Lightweight design while ensuring airframe strength
• Supports autonomous flight, autonomous landing, and automatic obstacle avoidance functions
• High intelligence and can adapt to a variety of complex mission environments