How much weight can be hung on the traversing machine? Hot topics and data analysis on the entire network
In recent years, FPV Drone has become a new favorite among technology enthusiasts and aerial photography players due to its high-speed flight and flexible control characteristics. However, the load capacity of the traversing machine has always been the focus of everyone's attention. This article will combine the hot discussions and data from the entire network in the past 10 days, conduct an in-depth analysis of the mounting capabilities of the traversing machine, and provide structured data for reference.
1. Key factors of the load capacity of the traversing machine
The mounting weight of the traversing machine is affected by many factors, including the following:
1.Motor power: The motor is the core power of the traversing machine. The greater the power, the stronger the load capacity.
2.battery capacity: High-capacity batteries provide longer-lasting power, but also increase overall weight.
3.Propeller size: Larger propellers produce more lift but reduce maneuverability.
4.Body structure: The lightweight design of the body can free up more load space.
2. Load capacity data of mainstream traversing machines
The following is a comparison of the load capacities of recent popular traversing machine models:
| Model | Motor power (KV) | Battery capacity (mAh) | Maximum load (g) |
|---|---|---|---|
| DJI FPV | 1750 | 2000 | 500 |
| iFlight Nazgul5 | 2300 | 1500 | 300 |
| GEPRC Mark5 | 2450 | 1800 | 400 |
3. How to improve the load capacity of the traversing machine?
1.Upgrade motor: Choose a motor with a higher KV value to increase power output.
2.Optimize battery: Use high energy density lithium polymer battery to reduce weight.
3.Adjust propeller: Replace with a large size or high pitch propeller to increase lift.
4.Lighten the body: Use carbon fiber materials or 3D printed parts to reduce weight.
4. Popular discussion: What devices can be mounted on the traversal function?
Recently, many netizens have shared mounting experiments on traversing machines on social media. The following are common mounting devices:
| Device type | Weight(g) | Applicable scenarios |
|---|---|---|
| Action camera (GoPro) | 150-200 | Aerial photography, FPV recording |
| small pan/tilt | 100-150 | Steady shooting |
| LED light set | 50-80 | night flight |
5. Things to note
1.Safety first: Overloading may cause the motor to overheat or lose control. Be sure to test within a safe range.
2.laws and regulations: Some areas have strict restrictions on the load and flight height of drones, and local regulations must be followed.
3.Impact on battery life: Mounting equipment will shorten flight time, so it is recommended to carry spare batteries.
Conclusion
The load capacity of the traversing machine varies depending on the model and usage scenarios. Proper configuration of motors, batteries and propellers is the key. Through the structured data and analysis of this article, we hope to help players better understand the mounting potential of traversing machines and explore more gameplay safely.
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