TMOTOR
T MOTOR AIR GEAR 355 Quadcopter/Multi-rotor Power System Kit
Last 90 Days Sales： PCS
预计在付款后 7~15DAYS 天内送达；
无法下单的客户请联系我们；
Core Overview
The Air Gear 355 Quick-Release Edition is a new generation of lightweight folding power system designed for educational, racing, and light multi-rotor applications. It adopts a quick-release, foolproof structural design, integrating the AIR2213 KV1000 motor, the new version AIR 20A 4-in-1 ESC, and MF9545 quick-release propellers. This optimization achieves a significant overall kit weight reduction of 13% (to 280g) and a 3% improvement in efficiency. At 16V, the single-axis maximum thrust reaches 1202g, providing a reliable, ready-to-use, and balanced power solution for 4-axis, 6-axis, and 8-axis (non-coaxial) drones, making it particularly suitable for scenarios pursuing rapid deployment and high thrust-to-weight ratios.
Core Technology Advantages
Significant Weight Reduction and Efficiency Improvement
13% Weight Reduction: Optimized structural design reduces the weight of the entire power system (motor+propeller+ESC) from 324g to 280g, effectively improving the overall thrust-to-weight ratio and maneuverability.
3% Efficiency Improvement: The new AIR 20A 4-in-1 ESC combined with optimized matching brings overall energy efficiency gains, resulting in longer endurance under the same conditions.
Innovative Quick-Release, Foolproof Design
Convenient Assembly/Disassembly: The motor and propeller feature a quick-release structure combined with clear foolproof markings, enabling second-level assembly/disassembly, greatly simplifying maintenance, transportation, and replacement procedures.
Integrated Wiring: The 4-in-1 ESC significantly reduces the number of connections to the flight controller, resulting in a cleaner internal cabin, reducing installation complexity and potential failure points.
Excellent Comprehensive Performance
Powerful Thrust: At 16V, the single-axis maximum thrust reaches 1202g, providing ample power reserve.
High-Efficiency Range: According to the "Efficiency-Thrust" curve, system efficiency remains at a high level within the 400gf-800gf thrust range, making it an ideal hover and cruise operating point.
Usage Recommendations
- Pay High Attention to Installation Safety: Due to different frame base thicknesses, the kit does not provide mounting screws. You must choose screws of appropriate length based on the thickness of your frame's motor mount plate. Ensure the threaded part of the screw does not protrude more than 4mm from the base (motor threaded hole depth is 3mm). Screws that are too long and touch the coils will cause a short circuit and burn the motor!
-
Strictly Adhere to Weight Recommendations: The recommended single-axis thrust is 0.4~0.5kg. Please strictly follow the following maximum takeoff weight limits for the entire aircraft to ensure safety and performance:
- 4-axis: 1.6~2.0 kg
- 6-axis: 2.4~3.0 kg
- 8-axis: 3.2~4.0 kg (non-coaxial configuration)
- Optimal Voltage Platform: It is recommended to use 3~4S (12.6V-16V) Lithium Polymer batteries for optimal performance. Test data is measured on a ~16V platform.
- Refer to Performance Curves: When designing the total aircraft weight, refer to the efficiency curve and try to set the common hover thrust within the 400gf-800gf high-efficiency range to optimize endurance.
Product Parameters
Basic Parameters
| Parameter Item | Parameter Value |
|---|---|
| KV Value | 1000 |
| Operating Rated Voltage (LiPo) | 3~4S (single cell 4.2V)/12.6V-16V |
| No-load Current (10V) | 0.5A |
| Phase-to-Phase Resistance | 140±10mΩ (wire length 300mm) |
| Maximum Current (180s) | 15A/continuous 180s |
| Weight (with wires) | 56±2g (wire length 300mm) |
| Peak Power (180s) | 238W/continuous 180s |
| Maximum Continuous Power | 65W |
ESC Parameters
| Parameter Item | Parameter Value |
|---|---|
| Dimensions (L x W x H) | 37.3 * 41.5 * 1.6mm |
| Operating Rated Voltage (LiPo) | 2~4S |
| Continuous Current | 20A |
| BEC | None |
| Instantaneous Current (10s) | 30A |
| Weight (with wires) | 8.1g |
| Mounting Hole Pattern | 30.5 * 30.5/φ4mm |
| Throttle Signal Frequency | 50~400Hz |
Propeller Parameters
| Parameter Item | Parameter Value |
|---|---|
| Plastic Propeller Model | MF9545 |
| Operating Environment Temperature | -10~40℃ |
| Single Blade Weight | 3.36g |
| Storage Temperature | 10~35℃ |
| Material | Nylon + Fiberglass |
| Storage Humidity | 65±20%RH |
| Surface Finish Process | Matte Texture |
| Optimal RPM Range | 6000~7000 RPM |
Test Data Table
| Throttle | Voltage (V) | Thrust (gf) | Torque (N·m) | Current (A) | RPM | Power (W) | Efficiency (gf/W) | Motor Temp. (℃) |
|---|---|---|---|---|---|---|---|---|
| 30% | 16.05 | 171 | 0.02 | 0.82 | 4055 | 13 | 13.06 | |
| 35% | 16.05 | 227 | 0.03 | 1.20 | 4653 | 19 | 11.85 | |
| 40% | 16.05 | 287 | 0.04 | 1.66 | 5212 | 26 | 10.83 | |
| 45% | 16.05 | 357 | 0.05 | 2.25 | 5801 | 36 | 9.94 | |
| 50% | 16.05 | 427 | 0.05 | 2.92 | 6329 | 47 | 9.17 | |
| 55% | 16.04 | 497 | 0.06 | 3.67 | 6828 | 58 | 8.51 | |
| 60% | 16.03 | 573 | 0.07 | 4.54 | 7314 | 72 | 7.94 | |
| 65% | 16.01 | 641 | 0.08 | 5.51 | 7754 | 88 | 7.31 | |
| 70% | 16.00 | 724 | 0.09 | 6.49 | 8202 | 103 | 7.04 | |
| 75% | 15.99 | 803 | 0.10 | 7.59 | 8631 | 120 | 6.68 | |
| 80% | 15.97 | 883 | 0.11 | 8.84 | 9046 | 140 | 6.32 | |
| 85% | 15.96 | 963 | 0.12 | 10.16 | 9441 | 160 | 6.02 | |
| 90% | 15.94 | 1043 | 0.13 | 11.58 | 9824 | 182 | 5.73 | |
| 95% | 15.93 | 1123 | 0.14 | 13.13 | 10191 | 206 | 5.45 | |
| 100% | 15.92 | 1202 | 0.15 | 14.73 | 10539 | 230 | 5.22 |
Note: Motor temperature 47℃ is the motor case temperature after running at 100% throttle for 10 minutes.
Frequently Asked Questions (FAQ)
Q: What is the Air Gear 355 Quick-Release Edition suitable for?
A: This kit is designed for scenarios requiring rapid deployment and convenient maintenance, such as multi-rotor education in schools, racing drones, and DIY for light reconnaissance or payload drones. Its quick-release design and lightweight characteristics are particularly suitable for applications requiring frequent transportation, replacement, or debugging.
Q: The "Efficiency (gf/W)" in the test data is very high. How can I achieve better endurance in actual flight?
A: Observing the test data, at a thrust of 455gf (approximately 50% throttle), the efficiency is 10.50 gf/W, which is within the high peak range. It is recommended to set the hover weight of your multi-rotor drone to a single-axis thrust of around 400-600gf (corresponding to a 4-axis aircraft total weight of 1.6-2.4kg). This way, during hover, the motors will operate in the high-efficiency range, resulting in longer flight time.
Q: If I want to assemble a 6-axis drone with this kit, what is the maximum payload it can carry?
A: According to the solution recommendations, the maximum takeoff weight for a 6-axis configuration is 2.4~3.0 kg. This weight includes the sum of the frame, all electronic equipment, battery, and payload. During design, it is recommended to control the target weight below 2.7kg to retain sufficient power redundancy for climbing or maneuvering and to ensure flight safety.
常见问题
1. 我如何下订单？
- 只需在产品页面选择您的款式，然后点击“加入购物车”按钮，按照简单的步骤完成您的订单。
- 我们会准备您的订单，并在发货时通知您！
2. 我的订单需要多长时间发货？
- 订单通常在5到10个工作日内发货。国际订单的运输时间将额外增加1到2周。
3. 我的追踪号码无法使用
- 追踪号码可能需要3-5天才能在运输承运商的系统中显示。偶尔，运输承运商可能会丢失订单。如果追踪号码在几天内仍然无法使用，请联系运输承运商。
4. 我需要帮助处理延迟订单
- 订单通常在5到8个工作日内发货。国际订单的运输时间将额外需要1到2周。
- 如果您的订单在10个工作日（国内）和20个工作日（国际）后仍未到达，请联系我们的团队，我们很乐意为您提供帮助。
- 需要定制的产品，生产时间为10-25天发货，产品详情将另行通知。
5. 我们接受以下安全支付方式：
信用卡（通过 Airwallex）：
- Visa / 万事达卡 / 美国运通
- 由...保障Airwallex ，一个全球合规的支付平台
第三方支付：
- PayPal（个人及商务账户）
银行转账：
- 企业账户转账（支持SWIFT/IBAN）
6. 我的卡什么时候会被扣款？
下单成功后立即。
7. 我的个人信息有多安全？
- 我们遵循最高行业标准，在您结账和购买时保护您的个人信息。
- 您的信用卡信息在传输过程中通过安全套接字层（SSL）技术加密，该技术在互联网上广泛用于处理支付。您的信用卡信息仅用于完成所请求的交易，之后不会被存储。
7.购物安全保障
我们使用PAYPAL收款。详情请查看PAYPAL官方网站，以保障您的购物资金安全。
https://www.paypal.com/webapps...
8. 什么配送？
我们与DHL、FedEx、EMS等快递公司合作，您可以在下单时自由选择；
- DHL ： https://www.dhl.com/
- FedEx ： https://www.fedex.com/
- EMS： https://www.ems.com.cn/
- 物流追踪：https://www.uavmodel.com/apps/17TRACK
9.退款问题？
由于买方自身原因导致退款，本网站不承担包括退货运费在内的任何手续费。
定制产品：一旦客户提交订单，产品将立即进入生产阶段。鉴于其定制性质和生产的即时性，此类订单一经确认即具有约束力，恕不接受退款。
所有需要生产时间的产品均归类为定制产品。
10、答案 : 清关责任取决于贸易条款（例如，EXW、FOB、DDP）。一般来说：
- 我们的默认条款客户（收货人）必须负责清关并支付所有关税/税费。
- 例外如果您的订单显示“DDP（完税后交货）”，我们将负责清关。
11、答案通常所需文件：
- 身份证（例如护照）或营业税号；
- 商业发票（购买后请联系我们）；
- 提示 : 请提前联系您当地的海关！
12、答案关税由您所在国家的海关根据产品类型、价值和法规确定。估算费用请参考：
- 请查看您当地的海关网站；
- 使用第三方工具（例如，Avalara，DutyCalculator）。
13、答案:
- 延迟: 直接联系海关提交文件/付款。我们可以提供追踪号码或发票。
- 破坏因未及时清关而产生的损失将由客户承担。
- 例外如果是由于我们的文档错误引起的，请联系我们寻求支持。
14、答案 您将通过电子邮件收到商业发票和装箱单。如需其他文件，请联系 sales@uavmodel.com（24小时内回复）。
15、答案以下产品可能会被扣押或拒收：
- 您所在国家禁止的物品（例如，含有禁用成分的化妆品）；
- 未获得必要认证的产品（例如，缺少CE标志的电子产品）；
- 申报价值过低（可能引发逃税嫌疑）。
如果您通过信用卡付款，您的付款可能会在结账时被我们的系统拒绝，以防止可能的信用卡欺诈。提前致电您的信用卡公司或银行，告知他们此次购买是个好主意，以免付款被拒绝。
在这种情况下，这里有三个解决方案供您选择：
1. 如果您有PayPal账户，请尝试通过PayPal付款。
2. 请切换到您的其他信用卡/借记卡。
3. 如果您没有PayPal账户，请在结账页面仍然选择PayPal并点击完成订单按钮。然后您将被引导到一个页面，可以访问PayPal和借记卡/信用卡支付（对于后者选项，您无需注册PayPal）。
按照以下步骤：
步骤 1. 选择 PayPal（即使您没有 PayPal 账户）
步骤 2. 点击“使用借记卡或信用卡支付”。
步骤 3. 填写您的信用卡信息并完成您的订单。
银行转账信息：
账户号码：63001185921
持有人名称：厦门高腾贸易有限公司
支持货币：AUD CAD CHF DKK EUR GBP HKD JPY NOK NZD SEK SGD USD ZAR
银行名称：摩根大通银行香港分行
银行位置国家：香港，中国
银行地址：香港中环干诺道8号，查特大厦
账户类型：活期
Swift/BIC: CHASHKHH (CHASHKHHXXX，如果需要11个字符)
路由号码：007863
银行代码：007
分行编号：863
请在付款时包含以下备忘录/信息给收款人：[买方姓名][发票/合同编号][产品]
所有权：无人机模型 CO., LIMITED；漳州亿诚科技有限公司；厦门高腾科技有限公司。
电子邮件：Sales@uavmodel.com
电话：+8613015671328
无人机模型
所有权：UAVMODEL CO., LIMITED; 漳州亿诚科技有限公司;厦门高腾科技有限公司
电子邮件：Sales@uavmodel.com
台湾投资区，交美镇，文埔工业园，景霞路25号313
厦门火炬高新区软件园集美北路1110号2502-3单元
我们到底在做什么？
UAVMODEL 是一家领先的无人机机身制造商。我们的无人机平台旨在满足各行业的专业需求，如工业检查、石油和天然气、精准农业、制图、公共安全、建筑、林业和国防部门。
我们的愿景
我们公司致力于中型和大型无人机及适应复杂应用环境的特种无人机技术的研发。主要从事无人机及其机载任务设备的研发、设计、生产、制造、测试、销售和服务，并基于自身技术为用户提供系统解决方案。我们当前的商业模式是销售整机和配件、多元化应用服务以及先进无人机技术的前期研究。
与我们合作！
专业且友好的客户服务。
免费或低价或合理费用的运输。 PayPal、信用卡和银行转账支付选项。 uavmodel 是可以接受的。
快速可靠的保护性运输，附带产品声明
全天候支持
24/7 实时技术专业知识和支持
与我们的工程师交谈以获取答案和建议
客户门户用于支持请求和账户管理
New products
最新消息
Advanced UAV Accessories and System Components: Building High-Performance Drone Platforms
Advanced UAV Accessories and System Components: Building High-Performance Drone Platforms In today's rapidly advancing drone industry, the UAV itself is only the starting point. True performance, reliability, and mission capability...
Skywalker SKY245 UAV VTOL: Long-Endurance Fixed-Wing Drone for Professional Mapping
Skywalker SKY245 UAV VTOL: Long-Endurance Fixed-Wing Drone for Professional Mapping The Skywalker SKY245 UAV VTOL is a next-generation hybrid drone designed for long-endurance missions, combining vertical takeoff capability with fixed-wing...
The Ultimate Guide to Professional UAV Drones and Components (2026 Edition)
The Ultimate Guide to Professional UAV Drones and Components (2026 Edition) Unmanned Aerial Vehicles (UAVs), commonly known as drones, are transforming industries worldwide. From aerial mapping to precision agriculture, modern...
Skywalker X8 2122mm UAV Fixed Wing Drone: The Ultimate Long-Range FPV and Survey Platform
Skywalker X8 2122mm UAV Fixed Wing Drone: The Ultimate Long-Range FPV and Survey Platform In the rapidly evolving world of unmanned aerial vehicles, fixed-wing drones continue to dominate long-range and...