HZ Emergency Helipad

2. Detailed Product Introduction

2.1 Core Value: Solving Emergency Helicopter Landing Pain Points

• Rapid Emergency Response: Completes erection in just 30 minutes with 6 operators, significantly reducing the time to establish a functional helipad—vital for time-sensitive missions like post-disaster medical evacuation or wartime troop/resupply transport.

• Harsh Environment Adaptability: Withstands a maximum wind speed of 9 on the Beaufort scale (working condition) and requires a foundation coefficient of only 30MPa/m, enabling deployment on relatively simple ground (e.g., disaster-stricken areas, remote rural regions) without complex infrastructure preparation.

• Safe Load-Bearing Performance: Supports a maximum helicopter take-off weight of 15t and a maximum ramp weight of 2.4t, compatible with most medium-sized emergency helicopters (e.g., medical rescue helicopters, utility helicopters) used in disaster relief or military operations.

• 24/7 Operational Capability: Equipped for night operations, it ensures continuous helicopter take-off/landing support even in low-light conditions—critical for emergency missions that cannot be delayed until daylight.

2.2 Key Features

• Fast Deployment & Compact Storage: Erected in 30 minutes by 6 operators, far quicker than traditional temporary helipads; its packaged dimensions (2.12m×1.255m×1.31m) are compact, allowing easy transportation via trucks, aircraft, or ships to remote or disaster-hit areas.

• Strong Wind Resistance: Designed to operate safely under a maximum wind speed of 9 on the Beaufort scale, minimizing the risk of operational disruption due to harsh weather—essential for outdoor emergency scenarios.

• Low Foundation Requirements: Requires a foundation coefficient of only 30MPa/m, eliminating the need for heavy ground reinforcement. This allows deployment on temporary sites (e.g., open fields, disaster debris areas) where fixed helipads cannot be built.

• Night Operation Readiness: Integrated with night operation capabilities (e.g., lighting systems, reflective markers—details based on standard emergency helipad configurations), ensuring clear visibility for pilots during take-off and landing after dark.

• Lightweight yet Durable Structure: Despite its large operational dimensions (155m×0.526m×0.643m), the system balances structural durability (to support 15t take-off weight) with portability, making it suitable for rapid transport and setup.

2.3 Technical Specifications

• Product Type: HZ Emergency Helipad

• Max. Take-off Weight: 15t

• Max. Ramp Weight: 2.4t

• Erection Time: 30 minutes

• Operators: 6 personnel

• Max. Wind Speed in Working Condition: Beaufort Scale 9

• Foundation Coefficient: 30MPa/m

• Operational Dimension (Length × Width × Height): 155m × 0.526m × 0.643m

• Packaged Dimension (Length × Width × Height): 2.12m × 1.255m × 1.31m

• Night Operation: Available

• Core Function: Support safe helicopter take-off and landing in wartime or emergency scenarios

2.4 Application Scenarios

• Wartime Aviation Support: Establishes temporary helipads in combat zones to facilitate helicopter-based troop deployment, ammunition resupply, and casualty evacuation—even in areas with damaged fixed airfields.

• Natural Disaster Rescue: After earthquakes, floods, or typhoons, it provides a stable landing platform for rescue helicopters to deliver medical supplies, evacuate trapped survivors, and transport rescue teams to isolated disaster-stricken areas.

• Remote Area Medical Evacuation: In rural, mountainous, or island regions with no fixed helipads, it enables emergency medical helicopters to land and transfer critically ill patients to urban hospitals quickly.

• Search-and-Rescue (SAR) Missions: Deployed in remote wilderness, coastal, or forested areas during SAR operations, ensuring helicopters can land safely to drop off rescue teams and pick up survivors.

• Large-Scale Event Emergency Backup: Serves as a backup helipad for large events (e.g., sports competitions, concerts) to handle unexpected medical emergencies or security incidents requiring air support.