Testing & Validation
Drag test
Drag Test
Our comprehensive drag testing protocol represents the cornerstone of Manta Air’s commitment to superior recovery system performance. Utilizing advanced aerodynamic modeling and vehicle-based simulations, we precisely measure and optimize parachute drag coefficients across diverse deployment scenarios.
Our proprietary testing facility incorporates high-precision load cells that capture real-time force measurements, enabling our engineers to fine-tune canopy geometries for specific mission requirements. This data-driven approach has produced drag-to-weight ratios that consistently outperform industry standards while maintaining exceptional stability parameters.
Drop Test
Drop Test
Our systematic drop testing protocol serves as the backbone of Manta Air’s validation process. Using unique crane equipment, we test each recovery system under realistic deployment conditions. We carefully measure parachute inflation, descent rate, and impact landing forces across multiple scenarios.
High-speed cameras and sensors collect essential data, allowing our engineers to confirm system reliability even under challenging conditions. Through careful analysis of extensive test results, we’ve refined our recovery systems to deliver dependable performance.
PLS test
PLS Test
We conduct a structured series of tests that measure deployment speed, spring force accuracy, and system reliability across various environmental scenarios.
Using precision sensors and high-speed imaging, our engineers validate that each PLS meets strict performance benchmarks before field approval.
This methodical testing approach has allowed us to achieve exceptional reliability rates.
Airbag Test
Airbag Test
We validate our airbag systems using our proprietary testing device that enables both static and dynamic assessment at multiple speeds and angles. This specialized equipment precisely simulates diverse landing scenarios, allowing our engineers to measure impact absorption, deployment timing, and structural integrity under real-world conditions. By systematically testing across multiple impact vectors, we ensure our airbags provide consistent protection for sensitive UAV components regardless of landing orientation.
Our parachute design and manufacturing process includes rigorous testing and validation to ensure top performance and safety
