I. Requirements Analysis:

The self-righting lifeboat is specifically designed for flood control rescue, emergency response, and water operations, capable of stable performance in extreme environments. Its unique feature lies in its ability to automatically right itself after capsizing, significantly enhancing rescue efficiency and safety. Additionally, this lifeboat must possess powerful engine output, a robust hull structure, abrasion-resistant and cut-proof properties, and real-time positioning capabilities to ensure rapid response and efficient rescue operations in diverse complex scenarios.

II. Product Features:

1. Self-righting design: In the event of capsizing, the lifeboat can automatically return to an upright position, ensuring personnel safety and reducing risks during rescue operations.

2. High-Power Engine: Engine power ≥ 40HP delivers robust performance, ensuring the lifeboat can respond swiftly and navigate stably in complex water environments.

3. Multi-layer reinforced hull: Utilizing multi-layer reinforcement technology, the hull achieves enhanced durability and robustness while delivering superior abrasion resistance and cut protection, effectively countering various potential hazards.

4. Rapid Inflation System: Utilizing high-efficiency rapid inflation technology, it completes inflation within a short timeframe, ensuring the lifeboat can be deployed swiftly in emergency situations.

III. Application Scenarios:

Self-righting lifeboats are widely used in flood control rescue operations, emergency response, and waterborne tasks. During natural disasters such as floods and torrential rains, these lifeboats can swiftly deploy to rescue operations, transporting rescue personnel and equipment to affected areas to conduct search and rescue efforts. Additionally, they serve as safe and reliable transportation for personnel engaged in waterborne tasks like construction and patrols.

IV. Product Features:

1. The specialized inflatable structure design ensures the vessel can safely carry 6-8 people on the water surface. The hull's maximum tilt angle does not exceed 90 degrees. When encountering wind and waves causing lateral tilt, it can automatically and rapidly right itself, preventing complete capsizing.

2. The hull is constructed entirely from high-strength PVC or Hypalon material. The cabin floor employs reinforced woven air cushion technology with protective armor coating for enhanced abrasion and scratch resistance. It offers puncture and cut resistance, withstanding impacts from river rocks and coastal reefs. Additionally, it maintains integrity under prolonged sun exposure without peeling or delaminating.

3. Both the wire-mesh air cushion and the buoyancy chambers feature anti-slip coatings to ensure personnel stability within the craft.

4. Featuring a front-rear air column design, it provides enhanced visibility without compromising structural integrity. The two self-centering columns can be individually deflated and retracted to reduce overall vessel height.

5. The hull features 10 independent air chambers, with 2 additional independent air chambers in the keel. Weight does not exceed 150 kg (excluding the stern engine).

6. The entire vessel is equipped with a pressure valve group management system: The hull features 10 independent air chambers, each with a dedicated inflation port. Each inflation port is fitted with a solar-powered digital pressure gauge, with a measurement range of 0-20 psi and a measurement accuracy of 1/100 psi. The sealing mechanism employs a break-before-connect design.

7. Outboard motor power ≥ 40HP, maximum speed ≥ 48 km/h; Outboard motor power ≥ 60HP, maximum speed ≥ 61 km/h;

8. The air columns and buoyancy chambers are equipped with handrails to facilitate movement within the vessel for rescue personnel and ensure safety.

9. Storage and operating temperature: Protect from light, -30°C to +70°C;

10. Logos and fonts can be customized according to user requirements.

11. In locations such as rapids, ocean waves, and rolling weirs, small vessels like rubber boats and assault boats can serve a limited purpose but are highly unsafe and incapable of reaching rescue sites. This product addresses this issue, primarily designed for safe rescue operations in extreme conditions and challenging environments. Its inflatable hull structure is easily foldable and portable, featuring lightweight construction for swift and simple transportation and deployment. The triangular hull design maximizes stability through the triangle's inherent structural integrity, ensuring exceptional maneuverability during rescue operations. It remains upright in rolling dams, with a maximum hull tilt angle not exceeding 90 degrees. After capsizing, it rapidly rights itself and never undergoes a full 180-degree rollover.

V. Product Specifications:

Serial Number	Project Name	Technical Specifications
1	Dimensions	Length 470cm × Width 260cm × Height 230cm
2	Operating Air Pressure for Inflatable Hull	0.25 bar
3	Crew members	4-6 people in rapids, 6-8 people in calm waters
4	Storage time	25 years
5	Certification	China Classification Society (CCS)
6	Use Cases	In locations such as rapids, ocean waves, and bay dams, small boats like rubber dinghies and inflatable boats can play a role, but they are extremely unsafe and incapable of reaching locations to carry out rescues.