Multi-Purpose Rescue Stick, Quick Deployment, Drowning Rescue

Core Selling Points

Rapid Deployment: Patented quick extension technology, completing full-length deployment and locking within 3 seconds, 75% faster than traditional rescue tools, securing golden rescue time.
Lightweight Strength: Uses aerospace-grade materials, total weight controlled within 1.8kg for easy single-person operation while maintaining 80kg weight capacity.
Anti-slip Design: Pole body and handle use special anti-slip materials, increasing grip stability by 60% in wet environments, reducing rescue failure rates.
Smart Locking: One-key locking technology allows single-hand operation, enabling rescuers to control length adjustments during rescue, improving on-site adaptability.
Panoramic Rescue: Specially designed 30cm rescue ring allows 360° no-blind-spot rescue, improving rescue success rates by 85% in complex water current environments.

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Material and Craftsmanship Details

Made from high-strength carbon fiber reinforced composite materials or marine-grade stainless steel, processed with special heat treatment techniques that reduce material density while increasing strength, 25% lighter than ordinary rescue sticks. The rescue ring uses aerospace aluminum alloy one-piece molding with anti-slip texture treatment, increasing grip by 65% in wet environments. The quick-locking mechanism employs military-grade design standards with high durability, maintaining smooth operation even in sandy and muddy environments.

Color/Style Display

The fiberglass version comes in international emergency rescue standard yellow with high-visibility design remaining clearly identifiable from 50 meters away, especially suitable for turbid water and low-light environments; the stainless steel version maintains its original metal color with special surface treatment technology, offering extremely strong corrosion resistance for long-term use in various harsh environments while maintaining stable performance, both versions strictly complying with professional rescue equipment standards.

Application Scenarios

River and Lake Drowning Rescue: Water rescue teams use quick deployment rescue sticks in river and lake drowning incidents to extend rescue rings to drowning victims from safe shore positions, performing approximately 600 drowning rescues annually with a 70% improved rescue success rate.

Temporary Rescue Point Setup: Emergency management departments quickly establish temporary rescue points in disaster areas using rescue sticks to mark safe passages and dangerous zones, serving over 20,000 disaster area residents annually.

Maritime/Coastal Disaster Relief: Maritime rescue departments use stainless steel rescue sticks to assist in transferring stranded personnel during sea storms and coastal floods, participating in 300 maritime rescue operations annually with 50% improved rescue efficiency.

Snow and Ice Surface Rescue: Winter rescue teams use rescue sticks to save victims who have fallen through broken ice from a safe distance, preventing secondary endangerment of rescue personnel and improving ice surface rescue success rates by 65%.

Usage Steps

Confirm normal locking mechanism operation before use, grip the bottom handle, forcefully swing to unlock while quickly extending to the desired length, with an audible "click" indicating successful automatic locking. Maintain a low center of gravity stance during rescue, steadily deliver the rescue ring to the target position, and after the drowning person firmly grips the rescue ring, maintain even force while slowly pulling back, avoiding excessive bending of the rescue stick. After use, press the unlock button, compress section by section, clean, and store in a dry, ventilated place.

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Maintenance Guide

Promptly clean the telescopic sections and locking mechanism after each use, paying special attention to removing sand and silt to prevent hindering the next quick deployment. Regularly check locking mechanism flexibility, applying specialized lubricating oil if sluggishness is detected. Slightly deformed rescue rings can be restored through room-temperature correction. Stainless steel versions should be checked for oxidation points semi-annually, while fiberglass versions should avoid prolonged direct sunlight storage. Regular maintenance ensures quick and reliable deployment during critical moments.