Choose the right FPV motor with confidence.

This guide combines a full motor recommendation table with practical answers for freestyle, racing, cinewhoop, ultralight, and long-range setups. It is built to help buyers compare prop size, KV, cell count, and motor size without guessing.

How to choose the right motor

Use prop size first, then match battery voltage, flying style, and target dry weight. If you are between two KV ranges, choose lower for efficiency and cooler running, or higher for more punch and responsiveness.

1. Pick prop size

Prop size is the strongest filter because it narrows motor size and KV range immediately.

2. Match cell count

4S, 6S, and 12S setups need very different KV ranges even when prop size is similar.

3. Check flying style

Freestyle, racing, cinewhoop, ultralight, and long-range all trade punch, smoothness, and efficiency differently.

4. Validate weight

Heavier builds need more torque and often benefit from larger stators or lower KV.

FPV motor selection table

Use this reference table to match prop size, class, cell count, motor size, KV, battery range, and target dry weight. On mobile, scroll sideways to compare all columns comfortably.

Prop Size
Class
Cell Count
Motor Size
Motor KV
LiPo Battery mAh
Dry Weight

31mm (1.2") Triblade

Tiny whoop 65mm

1S

0702, 0802

23000-30000

260, 300, 450

16-22g

31mm (1.2") Twoblade

Tiny whoop 65mm

1S

0702, 0802

30000+

300

16-22g

40mm (1.6") Triblade

Tiny whoop 75mm

1S

0802, 1002

20000-23000

450-550

20-30g

40mm (1.6") Triblade

Tiny whoop 75mm

2S

0802, 1002, 1102

12000-14000

450-650

30-50g

40mm (1.6") Triblade

Tiny whoop 75mm

3S

1102, 1103

8000-11000

300-650

40-70g

40mm (1.6") Twoblade

Tiny whoop 75mm

1S

0802, 1002

23000-25000

450-550

20-30g

40mm (1.6") Twoblade

Tiny whoop 75mm

2S

0802, 1002

14000+

450-650

30-50g

2" Triblade

Cinewhoop

2S

1003, 1103

11000-15000

450-650

70-90g

2" Triblade

Cinewhoop

3S

1103, 1104, 1203, 1303

6000-7500

450-650

80-100g

2" Triblade

Cinewhoop

4S

1303, 1304

5000-6000

450-720

120-140g

1.6" Triblade

Ultralight

1S

1002

21000-23000

450-650

30g

2" Triblade

Ultralight

1S

1002, 1003, 1102

20000-23000

450-650

30-40g

2" Triblade

Ultralight

2S

1002, 1003, 1103

10000-14000

450-650

30-50g

2" Triblade

Ultralight

3S

1103, 1105

6000-8000

300-450

60-100g

2" Triblade

Ultralight

4S

1105, 1106

5000-6000

450-650

70-130g

2.5" Triblade

Ultralight

2S

1203, 1204, 1303

7500

450-650

55-70g

2.5" Triblade

Ultralight

3S

1203, 1204, 1303

6000

450-650

120-140g

2.5" Triblade

Ultralight

4S

1404

4500

450-850

140-180g

2.5" Triblade

Cinewhoop

4S

1404

4500-5000

650-850

140-180g

2.5" Two-Blade

Ultralight

1S

1102, 1103

13000-15000

300-450

25-35g

2.5" Two-Blade

Ultralight

2S

1203, 1204, 1303

7500-10000

450-550

40-60g

2.5" Two-Blade

Ultralight

3S

1203, 1204, 1303

6000-8000

450-550

45-65g

2.5" Two-Blade

Ultralight

4S

1303, 1404

4500-6000

450-650

55-90g

3" Triblade

Freestyle

2S

1303, 1404

4500-5500

550-650

70-100g

3" Triblade

Freestyle

3S

1303, 1404, 1407

4000-5000

550-850

90-200g

3" Triblade

Freestyle

4S

1404, 1407, 1506

3000-4200

450-850

140-260g

3" Triblade

Freestyle

6S

1506, 1507

2700-3000

550-850

150-280g

3" Two-Blade

Long Range

1S

1103, 1202, 1203

10000-12000

Li-Ion 2500-3000mAh

60-80g

3" Two-Blade

Ultralight

1S

1202.5, 1203, 1303

11000-14000

450

30-50g

3" Two-Blade

Ultralight

2S

1203, 1204, 1303

6000-8000

450

40-60g

3" Two-Blade

Ultralight

3S

1203, 1204, 1303, 1304

4500-6500

300-450

55-75g

3" Two-Blade

Ultralight

4S

1303, 1304, 1404

3500-5000

450-550

60-80g

3"

Cinewhoop

4S

1404, 2004

3000-4000

850-1300

180-300g

3"

Cinewhoop

6S

1404, 2004

2500-3000

850-1300

180-300g

3.5"

Cinewhoop

4S

2004, 2006, 2106

2500-3500

1300-1500

250-350g

3.5"

Cinewhoop

6S

2004, 2006, 2106

1800-2500

1000-1300

250-350g

3.5" Triblade

Freestyle

4S

1404, 1504, 1604, 2004

3500-4000

850-1000

150-200g

3.5" Triblade

Freestyle

6S

1504, 1604, 2004, 2006

2500-3000

850-1000

150-200g

4" Triblade

Freestyle

4S

2004

2400-3000

850-1000

120-200g

4" Triblade

Freestyle

6S

2004, 2106

1800-2500

650-850

120-180g

4" Two-Blade

Long Range

3S

1404, 1504, 1604

3000-4000

Li-Ion 2500-3000mAh

120-150g

4" Two-Blade

Long Range

4S

1404, 1504, 1604

2500-3000

Li-Ion 2500-3000mAh

150-200g

5" Triblade

Freestyle

4S

2306, 2207, 2208, 2308

2300-2700

1300-1500

300-450g

5" Triblade

Freestyle

6S

2306, 2207, 2208, 2308

1700-2100

1000-1300

300-450g

5" Triblade

Freestyle

8S

2306, 2207, 2208, 2308

1500-1700

1000-1100

300-450g

5" Triblade

Racing

4S

2306, 2207, 2208, 2308

2500-3000

1300-1500

250-300g

5" Triblade

Racing

6S

2306, 2207, 2208, 2308

1900-2300

1000-1300

250-300g

5" Two-Blade

Ultralight

4S

2004, 2204, 2205

2300-3000

850-1000

150-250g

5" Two-Blade

Ultralight

6S

2004, 2204, 2205

1600-2300

650-850

150-250g

6"

Freestyle

4S

2207, 2208, 2308, 2407

2100-2500

1300-1800

300-450g

6"

Freestyle

6S

2207, 2208, 2308, 2407

1500-1900

1000-1500

300-450g

7"

Freestyle

6S

2806, 2807, 2808, 3106

1200-1400

2200-3000

400-500g

7"

Long Range

4S

2806, 2807, 2808, 3106

1600-1900

Li-ion 2500-4000mAh

350-500g

7"

Long Range

6S

2806, 2807, 2808, 3106

980-1300

Li-ion 2500-4000mAh

350-500g

8"

Long Range

6S

2808, 2810, 2814

900-1200

-

-

10"

Long Range

6S

2814, 3110, 3115, 3214

900

-

-

10"

Long Range

12S

2814, 3110, 3115, 3214

450

-

-

13"

Long Range

12S

-

330-360

-

-

15"

Long Range

12S

-

250

-

-

Motor Selection FAQ

Start with prop size, battery cell count, flying style, and all-up weight. Smaller props and lighter quads usually need higher KV motors, while larger props and heavier builds work better with lower KV motors for better efficiency, cooler temps, and smoother control.

For 65mm and 75mm whoops, 0702, 0802, 1002, 1102, and 1103 motors are the usual starting points. These setups run on 1S to 3S and need lightweight, high-KV motors to keep the quad responsive without adding unnecessary mass.

For 2-inch cinewhoops, 1003 to 1304 motors are a solid fit, while 3-inch and 3.5-inch cinewhoops typically move into 1404, 2004, 2006, and 2106 territory. Cinewhoop setups should prioritize smooth throttle response, carry load well, and stay efficient for cleaner footage.

For 2.5-inch ultralight setups, 1203, 1204, and 1303 are the most practical choices on 2S and 3S. If you move to 4S or a heavier build, stepping up to 1404 helps with authority and recovery without making the quad feel oversized.

For 3-inch freestyle builds, 1303, 1404, 1407, 1506, and 1507 all work depending on the frame weight and how aggressive you want the setup to feel. Lower KV on 4S or 6S generally gives smoother throttle and better efficiency, while higher KV leans more toward punch and snap.

For 5-inch freestyle, 2207, 2208, 2306, and 2308 are the most common picks. A KV range around 2300 to 2700 works well on 4S, while 1700 to 2100 is the safer starting point for 6S builds.

For racing, the goal is fast throttle response and strong top-end output. On 5-inch race builds, 2207 to 2308 motors are a dependable baseline, with slightly higher KV often making more sense on 4S for sharper acceleration out of gates and corners.

For long-range quads, use lower KV motors with larger stators so the setup stays efficient and current draw remains under control. On 7-inch and larger builds, 2806, 2807, 2808, 2810, 2814, 3106, 3110, and similar motors are the common range to look at.

For 7-inch freestyle or long-range builds, 2806, 2807, 2808, and 3106 on 4S or 6S are strong starting points. If your goal is efficient cruising and endurance, stay lower in the KV range; if you want a more aggressive feel, move slightly higher within the recommended band.

As prop size goes up, KV should come down. For 8-inch to 10-inch long-range builds, motors like 2808, 2810, 2814, 3110, 3115, and 3214 are much more appropriate because they are designed to swing larger props efficiently on 6S or 12S systems.

If KV is too high for your prop and battery, motors can run hot, pull too much current, and feel noisy or inefficient. If KV is too low, the quad will feel lazy and underpowered, especially when carrying a heavier build or recovering from turns and dives.

Use the table to pick the closest match for prop size, class, cell count, and target weight, then refine from there based on your goal. If you want more efficiency, choose the lower end of the KV range; if you want more punch, choose the upper end without overshooting the battery and prop combination.

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