Description

A2212 Motor with Soldered Connector for Drone is a powerful, high-RPM outrunner motor engineered for speed and responsiveness in lightweight and compact drone builds. With a KV rating of 2200, it delivers rapid rotation per volt—making it perfect for racing drones, acrobatic flyers, and DIY mini-quadcopter projects.
A2212 Motor with Soldered Connector motor features 6-turn (6T) winding, which enhances its torque-speed balance at high RPM. It operates best with 2S–3S LiPo batteries, offering an ideal combination of thrust and efficiency when paired with smaller propellers like 6030, 7040, or 8045.
A2212 Motor with Soldered Connector pre-soldered 3.5mm bullet connectors make installation quick and hassle-free, allowing you to easily connect to ESCs without the need for additional soldering. It supports standard 16x19mm mounting and is compatible with most mini and 250mm drone frames.
A2212 Motor with Soldered Connector durable build with a robust aluminum casing ensures heat dissipation and longevity, even under aggressive throttle conditions. The 3.17mm shaft diameter fits a variety of prop adapters and prop sizes suited for high-speed applications.
⚙️ Key Features
-
A2212 Motor with Soldered Connector Model: A2212 6T 2200KV Brushless Outrunner
-
A2212 Motor with Soldered Connector KV Rating: 2200KV – High RPM for quick throttle response
-
A2212 Motor with Soldered Connector Input Voltage: 2S–3S LiPo compatible
-
A2212 Motor with Soldered Connector Connector: Pre-soldered 3.5mm bullet connectors
-
A2212 Motor with Soldered Connector Recommended Propellers: 6030, 7040, 8045 (avoid 1045 due to overloading)
-
A2212 Motor with Soldered Connector Mounting: 16x19mm standard bolt pattern
-
A2212 Motor with Soldered Connector Ideal Use: FPV racing, freestyle flying, mini drones, and DIY quadcopters
🎯 Why Choose This Motor?
-
A2212 Motor with Soldered Connector Fast response for sharp turns and quick takeoffs
-
A2212 Motor with Soldered Connector Compact and lightweight for speed-focused builds
-
A2212 Motor with Soldered Connector Plug-and-play with soldered connectors
-
A2212 Motor with Soldered Connector Reliable and field-tested in 250mm racing drones
-
A2212 Motor with Soldered Connector Suitable for budget-friendly performance builds
If you are wandering to build a drone and don’t know what will be the best motor for you then worry no more, we have got your back. At LOFTY AGROTECH, we have everything for you to get started with your drone project. This motor provides a Motor kV of 2200.
In the field of Multirotor, there are so many brands that are making drone motors but Ready to Sky is giving us the best quality of drone motor at an affordable price.
Ready to Sky brand gained more popularity in the market due to the highest standards for optimal performance and reliability.
Note:
This motor is bi-directional which means it can rotate in CW or CCW direction by swapping the polarity of input supply.
To Explore more Drone motors, Propellers, ESC’s, Click here
| Specification | Details |
|---|---|
| Motor KV (RPM/V) | 2200 |
| Motor Type | Brushless Motor |
| Compatible LiPO Batteries | 2S to 3S |
| Model No. | A2212 |
| Shaft Diameter (mm) | 3.17 |
| Maximum Efficiency | 0.8 |
| Current Capacity (A) | 12 |
| No-Load Current (mA) | 500 |
| Max. Efficiency Current (A) | 4 ~ 10 |
| Length (mm) | 27 |
| Width (mm) | 26 |
| Weight (g) | 60 |
| Shipping Weight (kg) | 0.064 |
| Shipping Dimensions (cm) | 10 × 6 × 5 |
15 Days Warranty
This item is covered with a standard warranty of 15 days from the time of delivery against manufacturing defects only. This warranty is given for the benefit of Robu customers from any kind of manufacturing defects. Replacement will be done against manufacturing defects.
What voids warranty:
If the product is subject to misuse, tampering, static discharge, accident, water or fire damage, use of chemicals & soldered or altered in any way.
🛠️ In-Depth Technical Overview
| Specification | Detail |
|---|---|
| Model | A2212 6T |
| KV Rating | 2200KV (2200 RPM per volt) |
| Voltage Range | 2S–3S LiPo (7.4V–11.1V) |
| Max Continuous Current | ~18–20A |
| Max Power Output | ~200–220W |
| Shaft Diameter | 3.17mm |
| Motor Weight | ~55g |
| Motor Mount | Standard 16x19mm pattern |
| Connector Type | Pre-soldered 3.5mm bullet connectors |
| Rotation Direction | CW (varies by wiring or label) |
⚙️ Performance Characteristics
| Setup | Thrust Output | Current Draw | Prop Size |
|---|---|---|---|
| 3S + 6030 prop | ~700g | ~12–14A | High speed, low torque |
| 3S + 7040 prop | ~800g | ~15–17A | Balanced speed + lift |
| 3S + 8045 prop | ~900g (max safe) | ~18–20A | Max load threshold |
⚠️ Avoid using 1045 propellers — they can overload the motor and overheat the ESC due to excessive current draw at 2200KV.
✈️ Best Use Cases
-
🏁A2212 Motor with Soldered Connector FPV Racing Drones (180–250mm frames)
-
🎮A2212 Motor with Soldered Connector Mini Freestyle Quadcopters
-
🧪A2212 Motor with Soldered Connector DIY Classroom Drone Kits
-
🚁A2212 Motor with Soldered Connector Speed-optimized Quad Builds
-
🔋A2212 Motor with Soldered Connector 2S–3S LiPo Powered Compact UAVs
🔧 Recommended Components
| Component | Suggested Specification |
|---|---|
| ESC | 30A (SimonK or BLHeli recommended) |
| Battery | 3S 1300mAh–1800mAh 25C–40C |
| Frame Size | 180mm to 250mm mini quad |
| Propellers | 6030 / 7040 / 8045 (CW/CCW pairs) |
| Flight Controller | KK2.1.5, Betaflight F4/F7, APM 2.8 |
⚠️ Safety & Handling Tips
-
🔌 A2212 Motor with Soldered Connector Always disconnect battery before working on wiring.
-
🧊A2212 Motor with Soldered Connector Monitor temperature during early flights—high KV = faster heat build-up.
-
🧽 A2212 Motor with Soldered Connector Clean motor bell and shaft regularly to avoid dust/debris.
-
🔁 A2212 Motor with Soldered Connector Avoid continuous full throttle runs unless using active cooling or airflow.
-
🔧A2212 Motor with Soldered Connector Double-check prop tightness before every flight.
📈 Advantages Compared to Lower KV Motors
| Feature | 2200KV (A2212 6T) | 1400KV (A2212) |
|---|---|---|
| RPM | Very High | Moderate |
| Prop Size Support | Small–Medium | Medium–Large |
| Drone Type | Racing, Agile | Aerial, Stable |
| Thrust | Fast response | Heavier payload |
| Efficiency | Lower (high draw) | Higher |
| Use Case | Speed builds | Camera drones |
🧰 Why It’s Popular
-
✔️A2212 Motor with Soldered Connector Trusted model in budget FPV and racing kits
-
✔️A2212 Motor with Soldered Connector Plug-and-play convenience with pre-soldered wires
-
✔️A2212 Motor with Soldered Connector Compact yet powerful — ideal for small builds
-
✔️ A2212 Motor with Soldered Connector Widely supported by frames, ESCs, and props
-
✔️A2212 Motor with Soldered Connector Affordable for beginner and intermediate drone builders
:
🧩 Component Compatibility Chart
Component Type Recommended Options ESC 30A SimonK / BLHeli (3.5mm bullet connectors) Battery 3S LiPo 1300–1800mAh, 25C–40C discharge rate Propellers 6030, 6045, 7040, 8045 (CW + CCW pairs) Frame Size 180mm, 210mm, 250mm drone frames Flight Controller KK2.1.5, APM 2.8, Betaflight F4/F7 Connector Type XT60 for battery; 3.5mm bullet for motor-to-ESC
🛫 Flight Behavior Insights
Behavior Notes Throttle Response Extremely fast — ideal for racing drones and acrobatic maneuvers Hover Stability Good for small, well-tuned drones Endurance Moderate — better for short flights (5–8 mins) with high agility Payload Capacity Limited — not recommended for gimbals or heavy cameras Motor Sound High-pitched whine at full throttle (typical for high KV motors)
🔁 Upgradable Options
Upgrade Area Recommendation Benefit ESC Firmware Upgrade to BLHeli_32 Better motor control, telemetry Battery Use higher C-rated 3S (e.g., 40C) Prevents voltage sag, supports bursts Prop Material Use carbon fiber props Less flex, better response Motor Mount Add soft dampers Reduces vibration on frame
🔐 Safety & Setup Best Practices
-
✅A2212 Motor with Soldered Connector Secure ESCs with zip ties or heat shrink to prevent dangling.
-
✅ A2212 Motor with Soldered Connector Use thread locker (blue Loctite) on prop nuts to prevent mid-air detachment.
-
✅A2212 Motor with Soldered Connector Test motors without props first to check spin direction.
-
✅A2212 Motor with Soldered Connector Use a power distribution board or PDB-integrated frame for cleaner wiring.
-
✅A2212 Motor with Soldered Connector Keep props balanced to reduce wear and flight noise.
🧰 Typical Drone Kit Using A2212 6T 2200KV
-
-
Component Example Model Frame QAV250 / F250 mini drone frame Motors 4× A2212 6T 2200KV ESCs 4× 30A SimonK/BLHeli ESCs FC Betaflight F4 or KK2.1.5 Props 6030 or 7040 (CW & CCW) Battery 3S 1500mAh 35C LiPo TX/RX FlySky FS-i6 with FS-iA6B
📦 What’s Usually Included (If Bought as Combo)
-
1 × A2212 6T 2200KV Brushless Motor
-
1 × Prop Adapter Nut
-
4 × Mounting Screws
-
3.5mm Bullet Connectors (pre-soldered)
-
Optional: Propeller (6030 or 7040) if in motor-prop combo set
🔄 1. What Does 6T 2200KV Mean?
-
6T = 6 turns of copper wire inside the motor windings. Fewer turns = higher KV (speed).
-
2200KV = The motor will spin at 2200 RPM per volt applied (e.g., ~24,000 RPM on 3S battery without load).
-
High KV motors like this are designed for fast acceleration and agility, not heavy lifting.
⚖️ 2. Why Is A2212 6T 2200KV Not Suitable for Heavy Drones?
-
The higher the KV, the lower the torque for spinning large props.
-
Using 1045 or 10-inch props on this motor can overload the windings and draw excessive current, risking overheating.
-
It’s built for smaller props (6030–8045) and lightweight frames (180mm–250mm).
⚙️ 3. How Does It Differ from A2212 1400KV or 1000KV Motors?
Feature 2200KV (6T) 1400KV 1000KV RPM Very High Moderate Lower Torque Low Medium High Ideal Prop Size 6030–8045 1045 1045–1147 Use Case Racing, Freestyle Photography, Hobby Heavy-lift, Stability Efficiency Lower (high current) Higher High Conclusion: The 2200KV is not general-purpose like 1400KV — it’s speed-specialized.
-

🔌 4. How to Wire & Test the Motor Safely?
-
Three wires go from ESC to motor (no polarity).
-
To change direction: swap any 2 wires.
-
Test direction using a low throttle before attaching the propeller.
-
Always use heat shrink or insulation tape after soldering for safety.
-
Don’t power the ESC without a prop test area secured.
🔋 5. Power Consumption and Efficiency Tip
-
High KV motors are less efficient at sustained speeds.
-
Best practice: use throttle in 40–70% range for normal flight.
-
At full throttle continuously, it may overheat or reduce flight time significantly.
🎯 6. Flight Tuning (for Betaflight or KK2.1.5)
-
In Betaflight, reduce throttle limit to 80–85% for finer control.
-
Increase roll/pitch rate for tighter turns due to fast motor spin-up.
-
In KK2.1.5, tune PI values for faster response and less overshoot (especially on roll).
🔍 7. Best Use Environments
Scenario Why It’s Suitable FPV Racing Practice Drones Fast throttle + small frames Educational Drone Projects Easy to wire, test, and experiment Park Flyers Agile and lightweight – responsive flight Freestyle Quads (Mini) High RPM = quick flips and rolls
🔁 8. Motor Replacement Tip
-
When replacing a burnt-out or damaged motor:
-
Always replace with same KV rating.
-
Match rotation direction (CW or CCW).
-
Re-check bullet connector size (3.5mm).
-
-
-
-










Reviews
There are no reviews yet.