UAV Propulsion Blog & Engineering Insights | IPET
Latest Articles
Payload vs Flight Time: The Multirotor Weight Penalty
Multirotor payload vs flight time trade-off explained. How the payload weight penalty and drone weight thrust ratio cap UAV payload capacity endurance, and how IPETSystem I Series modules extend it.
UAV Propulsion Selection Guide
Learn how to map mission requirements—MTOW, payload, battery voltage, and target flight time—to pre-validated integrated propulsion systems. Discover how the IPETSystem I Series delivers industry-leading g/W efficiency and ultra-long flight endurance.
How to Choose Integrated Propulsion for 10-16kg Drones
Learn how to select the most suitable integrated propulsion system for 10-16kg quadcopters. The IPETSystem I7 propulsion system is optimized for industrial drones, offering 124 minutes of ultra-long endurance and high reliability.
What Really Delivers Long Endurance for UAVs?
Discover why UAV endurance depends on more than battery capacity. Learn how aerodynamics, lightweight materials, motor efficiency, and matched propulsion systems extend flight time.
13.23 g/W to 300+ Minutes: IPET Propulsion Validation
Explore how IPET validates integrated UAV propulsion systems through real efficiency, endurance, noise, durability, IP protection, and model-specific test data.
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