For FPV enthusiasts in Canada planning long-range (LR) flights, aerial photography, or extended cruising, the motor is a crucial component that determines flight time, stability, and overall performance. When using X‑TEAM products, selecting the right motor is especially important. This article, based on information from X‑TEAM’s official website, explains the principles and considerations for choosing motors suitable for LR drones.
Why LR Motors Differ from Racing or Freestyle Motors
LR flying emphasizes sustained thrust, stable output, high efficiency, and durability, rather than instantaneous high thrust or extreme maneuverability. Long-range flights often require large-capacity batteries, larger propellers, and extended flight time, often in open and distant areas, placing higher demands on motor efficiency and heat dissipation.
Therefore, for LR multirotor and aerial photography drones, it is advisable to select motors specifically designed for multirotor drones with good cooling and stable output, rather than small, high-speed motors intended for 3″–5″ FPV racing drones.
Motors from X‑TEAM Suitable for LR Multirotors
Within X‑TEAM’s product line, there are brushless motors designed for multirotors and drones, such as the XTO‑2807 Brushless Motor. The official website categorizes this motor as a “Multi-rotor aerial drone” motor.
X‑TEAM, founded in 2007, emphasizes efficiency, reliability, and customization as key advantages of their motors.Although detailed thrust, propeller size, and KV ratings are not always publicly available, X‑TEAM provides customization services, allowing adjustments to motor size, thermal performance, and power specifications.
Based on this information, if you want to build a Canadian LR multirotor or FPV aerial photography drone using X‑TEAM motors, the following approach is recommended.
LR Motor Selection Principles Using X‑TEAM Motors
— Prioritize Multi-Rotor / Drone Motors
Motors designed for multirotors or drones are more reliable for LR applications. The XTO‑2807 is a representative of this category.
— Ensure the Motor Can Handle Large Propellers, Heavy Loads, and High Efficiency
Long-range flights typically require larger propellers and higher thrust. While the website may not list full thrust data, X‑TEAM’s customization service allows adaptation to your frame, propeller, and battery requirements, ensuring sufficient torque, efficiency, and heat management.
— Avoid Motors Designed for Micro or Fixed-Wing Models
Some X‑TEAM motors are intended for fixed-wing aircraft or ultra-lightweight models. Although lightweight, these motors generally do not provide enough thrust or sustained efficiency to support large propellers and heavy payloads typical of LR multirotors.
— Consider Manufacturer Customization if Needed
For building a large-prop, high-capacity battery, long-flight LR drone, it is advisable to contact X‑TEAM to customize motor size, winding, thermal design, and power specifications, to meet the demands of sustained thrust, high efficiency, and heavy loads.
Recommended Approach for Building a Canadian LR Drone
If I were building a Canadian LR FPV or aerial photography multirotor, I would:
Start with the XTO‑2807, as it is explicitly designed for multirotor drones and more likely to handle heavy loads and efficiency requirements.
Pair it with a high-capacity battery and appropriately sized propellers (based on frame size and aerodynamics), and consult X‑TEAM if necessary for torque, heat dissipation, and thrust customization.
Avoid small outrunner motors designed for micro or fixed-wing models, as these lack the thrust and efficiency for LR applications.
Confirm compatibility between the motor, ESC, propeller, and battery before assembly, to avoid overloads or low-efficiency operation.
In summary, when building a long-range multirotor drone in Canada with X‑TEAM motors, the key is to select motors categorized as “Multi-rotor / aerial drone” like the XTO‑2807, and avoid small, lightweight motors intended for micro drones. Leveraging X‑TEAM’s customization services allows you to optimize the motor for your frame, propeller, battery, and flight objectives.
This approach will help you build a Canadian LR drone that is efficient, powerful enough to handle payloads, and reliable for long-range cruising and aerial photography.