Overview
The YANGDA Saver Drone Parachute System is designed to prevent catastrophic loss of multirotor and fixed-wing UAVs from critical failures such as low voltage, mechanical malfunction, or flight controller anomalies. Equipped with advanced triggering technology, the system deploys the parachute within 0.1 seconds, enabling rapid response to help protect the aircraft and minimize damage.
Compact Design for Flexible Deployment Options
Compact Universal UAV Parachute
The Saver Parachute series offers multiple size options ranging from 104 mm to 180 mm in diameter, featuring a compact and streamlined structure for easy integration across different UAV platforms. It is also equipped with practical safety features, including an LED power switch for clear status indication and a 5-core connector for secure and reliable system connectivity.
Advanced Ejection Technology
High Load UAV Parachute System
The Saver Drone Parachute System adopts third-generation ejection technology based on low-temperature propellant, triggered by a high-voltage voltaic arc. Compared with first-generation mechanical spring systems (up to 20 kg payload) and second-generation compressed CO₂ systems (up to 30 kg payload), this advanced design significantly improves performance while reducing weight to under 10 g. Despite its ultra-light structure, it supports parachute deployment for UAVs up to 100 kg class, delivering higher reliability and broader application coverage.
Two methods to trigger the parachute ejection
Dual Trigger UAV Parachute System
Method one: The Saver UAV parachute system has a built-in sensor and electrical core to detect the drone attitude 100 times per second, can eject the parachute out in the shortest time once the drone is detected out of control.
Method two: Trigger the ejection through the RC controller, and the propeller rotation will stop accordingly.
Reusable Ejection Barrel
Reusable Ejection UAV Parachute
With the adoption of advanced propellant technology, the ejection barrel is designed for unlimited reuse, supporting long-term operational efficiency and reduced maintenance requirements.
Product Details
Product size
| Product Mode | Dimension | Installation size | Connector | Voltage | Payload | Parachute diameter | Parachute surface area | Battery |
| Saver-10 | Φ104 / H78mm | 68*68mm*M3*4 | 5PIN waterproof connector | 5-24V | <10KG | 2m | / | 500mAh |
| Saver-20 | Φ104 / H118 mm | 68*68mm*M4*4 | 5-24V | <20KG | 3m | / | 500mAh | |
| Saver-30 | Φ104 / H169 mm | 68*68mm*M4*4 | 5-24V | <30KG | 3.5m | / | 500mAh | |
| Saver-40 | Φ104 / H188 mm | 68*68mm*M4*4 | 5-24V | <40KG | 4m | / | 500mAh | |
| Saver-60 | Φ180 / H95 mm | 120*120mm*M4*4 | 5-24V | <60KG | 4.5m | / | 500mAh | |
| Saver-80 | Φ180 / H170 mm | 120*120mm*M4*4 | 5-24V | <80KG | 5.8m | / | 500mAh | |
| Saver-100 | Φ180 / H170 mm | 120*120mm*M4*4 | 5-24V | <100KG | / | 28m² | 500mAh | |
| Saver-120 | Φ180 / H235 mm | 120*120mm*M4*4 | 5-24V | <120KG | / | 30m² | 500mAh | |
| Saver-150 | Φ180 / H265 mm | 120*120mm*M4*4 | 5-24V | <150KG | / | 37m² | 500mAh |
| Product Mode | Trigger angle | Trigger method | Weight | Zero gravity trigger | Data communication | Power on wake-up | Power off time |
| Saver-10 | ±80° | Attitude / Zero gravity / PWM / Serial Port | 310g | 0.5g / 1.4s | Two-way | Yes | 30s |
| Saver-20 | ±80° | 465g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-30 | ±80° | 610g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-40 | ±80° | 800g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-60 | ±80° | 1100g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-80 | ±80° | 1550g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-100 | ±80° | 1590g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-120 | ±80° | 2170g | 0.5g / 1.4s | Two-way | Yes | 30s | |
| Saver-150 | ±80° | 2450g | 0.5g / 1.4s | Two-way | Yes | 30s |
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