Vector Technics 6015 PRO Motor

Vector Technics 6015 Pro

Optimized Motor Constants for Efficiency and Control
The Vector Technics 6015 Pro delivers a Kv rating of 170 RPM/V, offering the perfect balance between speed and control. Furthermore, a Kt of 0.072 Nm/A at 5184 RPM provides strong torque output for stable thrust even during dynamic maneuvers. These optimized constants make the motor well-suited for UAVs requiring responsive handling and efficient energy use.

Stable Power Delivery and Performance
Engineered for endurance, this motor supports a maximum continuous current of 35A for 180 seconds, ensuring stable performance during high-demand flight scenarios. In addition, it delivers up to 1634W of continuous power, making it ideal for medium-lift UAVs performing commercial and industrial missions. As a result, consistent power output supports safe and reliable aerial operations.

High Power Density in a Lightweight Build
Despite weighing only 380 grams, the motor boasts a rated power density of 4.3 W/g and a peak of 7.02 W/g, maximizing output efficiency. This lightweight design allows drones to benefit from extended flight times without compromising thrust or stability. Therefore, flight payload capacity is preserved, increasing mission versatility.

Wide Voltage Range and Low Idle Current
Supporting a voltage range of 44V to 52V (12S LiHV), the motor integrates smoothly into existing power systems across various UAV platforms. With an idle current of just 1.9A at 48V, energy consumption during non-operational phases is minimized, helping improve battery longevity. This balance of voltage and efficiency supports longer, uninterrupted flight cycles.

Robust Electrical Architecture for Reliability
With a winding inductance of 0.079mH and a resistance of 0.08Ω per phase, electrical noise and heat buildup are effectively reduced. This ensures the motor maintains optimal performance, even in long-duration flights or under moderate load conditions. Additionally, heat is better managed, increasing motor lifespan in field deployments.

Compact and Durable Mechanical Design
The motor features a diameter of 69.5mm and a length of 35.7mm, allowing for efficient space usage in compact UAV designs. A 6mm stick-out shaft paired with triple 626-2Z bearings ensures smooth rotation, durability, and vibration control. Moreover, multiple mounting patterns such as 4XM4 @ ø30mm, ø40mm, and ø50mm provide flexible installation options.

Propeller Compatibility and System Flexibility
Supporting propellers up to 24 inches, the motor enhances lift dynamics and stability for precision tasks like surveying and inspection. It is compatible with a variety of propeller mount patterns, ensuring seamless fitment across different platforms and use cases.