BOLT 5008 (240KV / 340KV) BLDC Motor

₹14,000.00

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Indian rupee (₹) - INR
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The BOLT 5008 BLDC Motor is a high-performance propulsion system designed for professional multirotor UAVs. Weighing only 132–142 g, it achieves superior power-to-weight efficiency, offering consistent thrust and smooth power delivery across various drone configurations.

Available in 240KV and 340KV variants, it supports 6S LiPo systems, providing flexibility for both endurance-focused and high-speed aerial operations.

KV Options

Clear

The BOLT 5008 motor family is engineered for UAV applications requiring dependable thrust, smooth control, and thermal stability. With a maximum thrust of 4.19 kg and power output up to 775 W, it provides exceptional propulsion for cinematography drones, mapping UAVs, and payload platforms.

Both 240KV and 340KV variants deliver refined torque-speed balance—the 240KV excelling in endurance and the 340KV in maneuverability. Equipped with 150°C-rated magnets, 180°C varnished windings, and IP-rated construction, the BOLT 5008 ensures consistent reliability under prolonged operation. Its ≤5 mg rotor balance tolerance guarantees low vibration and superior stability.

Key Features

Strong Thrust Output: Up to 4.19 kg thrust with excellent torque response.
Dual KV Options:
- 240KV: For long-endurance, energy-efficient flights.
- 340KV: For agile, performance-focused missions.
High Thermal Durability: 150°C magnets and 180°C copper windings withstand continuous heavy loads.
Precision Rotor Balance: ≤5 mg dynamic balance ensures minimal vibration.
Lightweight Design: Only 132–142 g, delivering excellent thrust-to-weight ratio
Smooth Electrical Flow: Internal resistance 66–74 mΩ for low heat buildup and high efficiency.
Wide ESC Compatibility: Works with 40A ESCs (2–6S) supporting high-frequency PWM.
Propeller Flexibility: Supports 13–18 inch propellers depending on KV and voltage.

Motor Size	D:56 x 29.3 mm
Propeller Mounting Holes	D:12 M3x4, D:15 M3x4
Shaft Diameter	IN: 6 mm
IP rating	45
Varnished wire Degree	180°C
Magnet Degree	150°C
Rotor Balance	≤5 mg
Motor Mounting Holes	D:25 M3x4

No Load Current	1.1A/ 20V
Motor Weight	136 g
Maximum Current	31.21 A
Maximum thrust	4.01 kg
Nominal Voltage	6S lipo battery
Internal Resistance	66.4mΩ
Maximum Power	642.9W
Maximum Torque	0.94 Nm

No Load Current	0.67 A/ 20V
Motor Weight	142 g
Maximum Current	24.48 A
Maximum thrust	4.19 kg
Nominal Voltage	6S lipo battery
Internal Resistance	104mΩ
Maximum Power	775.2W
Maximum Torque	0.98 Nm

Propeller & ESC	Throttle [%]	Voltage [V]	Current [A]	Output Power [W]	Torque [Nm]	RPM	Thrust [gf]	Efficiency [g/W]	Operating Temp.
C FIX 21x6.3	30	23.87	0.89	15.8	0.101	1553	361	17	6S 94°C
	40	23.85	1.82	33.9	0.161	2047	647	15
	50	23.83	3.29	64.1	0.244	2504	1014	13.1
	60	23.78	5.39	105.9	0.344	2952	1423	11.1
DRV 40A (2-6S)	70	23.76	8.29	161.2	0.456	3398	1922	9.8
	80	23.71	11.29	216.9	0.553	3772	2347	8.8
	90	23.64	14.72	279.3	0.654	4089	2772	7.9
	100	23.55	19.5	367.6	0.787	4482	3300	7.2
C FIX 18X6.1	30	32.07	1.11	26.8	0.113	2209	472	13.2	8S 69°C
	40	32.03	2.02	51.6	0.176	2794	762	11.7
	50	31.98	3.61	95.4	0.264	3446	1183	10.2
	60	31.93	6.04	163.4	0.378	4102	1745	9
DRV 40A (5-14S)	70	31.88	8.63	231.3	0.478	4639	2182	7.9
	80	31.82	11.89	319.1	0.582	5148	2692	7.1
	90	31.76	15.91	413.2	0.702	5643	3218	6.3
	100	31.68	21.59	546.1	0.844	6182	3931	5.7
POLY FOLD 18X5.7	30	32.04	1.27	29.8	0.131	2178	526	12.9	8S 75°C
	40	32.09	2.49	62	0.214	2765	863	10.8
	50	31.96	4.16	110.3	0.313	3363	1174	8.8
	60	31.76	6.87	186.1	0.429	3989	1775	8.1
DRV 40A (5-14S)	70	31.69	10.13	269.3	0.555	4554	2218	6.9
	80	31.9	13.84	355.7	0.653	4998	2992	6.8
	90	31.75	18.51	469.6	0.809	5510	3594	6.2
	100	31.66	24.88	603.2	0.962	5998	4190	5.4

Propeller & ESC	Throttle [%]	Voltage [V]	Current [A]	Output Power [W]	Torque [Nm]	RPM	Thrust [gf]	Efficiency [g/W]	Operating Temp.
C FIX 18X6.1	30	24.14	1.35	23.5	0.108	2179	443	13.6	6S 87°C
	40	24.11	2.89	55.5	0.176	2883	825	11.8
	50	24.07	5.24	101.4	0.269	3551	1289	10.2
	60	24.02	8.1	159.8	0.362	4139	1745	9
DRV 40A (2-6S)	70	23.95	11.42	241.3	0.469	4646	2180	8
	80	23.86	15.39	299.7	0.566	5130	2660	7.3
	90	23.79	20.28	387.9	0.672	5599	3194	6.7
	100	23.69	27.41	512.9	0.809	6098	3814	5.9
C FIX 19x5.7	30	23.87	1.41	23.5	0.107	2131	479	14.2	6S 90°C
	40	23.82	2.64	47.1	0.167	2701	789	12.5
	50	23.78	5.42	102.3	0.284	3485	1336	10.5
	60	23.71	8.35	160.6	0.381	4052	1802	9.3
DRV 40A (2-6S)	70	23.66	11.71	226.1	0.473	4548	2275	8.3
	80	23.58	15.84	303.1	0.578	5016	2769	7.5
	90	23.53	20.68	389.3	0.684	5452	3288	6.9
	100	23.41	27.72	508.4	0.817	5952	3949	6.2
POLY FOLD 18X5.7	30	24.14	1.5	26.2	0.121	2092	485	13.4	6S 77°C
	40	24.11	3.41	64.8	0.224	2782	941	11.5
	50	24.09	5.96	113.2	0.316	3448	1430	9.9
	60	23.97	9.34	180.2	0.431	3997	1887	8.4
DRV 40A (2-6S)	70	23.93	13.05	250.1	0.539	4499	2265	7.4
	80	23.84	17.82	336.8	0.653	4914	2969	7
	90	23.74	23.42	431.2	0.772	5351	3542	6.4
	100	23.63	27.75	556.2	0.913	5818	3952	6

The BOLT 5008 BLDC Motor delivers professional-grade propulsion performance for drones requiring reliable lift, consistent efficiency, and superior flight control. Its compact 56×29.3 mm build combines low weight with high structural integrity, ensuring stable performance in a variety of UAV configurations—quadcopters, hexacopters, or octocopters.

Built with aerospace-grade aluminum, Neodymium magnets, and precision bearings, the motor ensures quiet operation, low vibration, and long service life. Whether you prioritize long flight times (240KV) or responsive maneuvering (340KV), the BOLT 5008 is engineered to deliver consistent, high-quality performance for mission-critical UAVs.

Build & Materials

Each BOLT 5008 motor is crafted to exacting industrial and aerospace standards:

CNC-machined aviation-grade aluminum casing for maximum strength and heat dissipation.
180°C-rated copper windings with premium insulation varnish.
Stainless steel bearings for ultra-smooth rotation and long service life.
Epoxy-coated stator core ensures corrosion and moisture resistance.
Rotor dynamically balanced (≤5 mg) for precision rotation and minimal vibration.
IP35-equivalent protection against dust and light moisture.

Technical Tips for Optimal Performance

Enhance motor performance and longevity with the following setup guidelines:

Use 40A ESCs supporting ≥32 kHz PWM for responsive throttle control.
240KV variant: Pair with 15–18″ propellers on 6S LiPo for endurance and payload lift.
340KV variant: Pair with 13–15″ propellers on 6S LiPo for dynamic and agile flight.
Enable Active Braking (Damped Light) in ESC firmware for smooth deceleration.
Mount with vibration-damping standoffs to protect flight sensors and IMU.
Use 14–16 AWG silicone wires to reduce resistance and improve current flow.
Gradually test throttle response to monitor current draw and motor temperature.

Safety & Maintenance Tips

Keep your BOLT 5008 in peak condition with these practices:

Balance propellers before flight to reduce vibration and bearing stress.
Avoid exceeding rated thrust or current to prevent overheating.
Maintain adequate cooling airflow around the motor.
Periodically inspect and lubricate bearings with non-corrosive lubricants.
Keep operating temperature below 80°C for continuous operation.
Store in a dry, dust-free environment when not in use.

BOLT 5008 (240KV / 340KV) BLDC Motor

Key Features

Build & Materials

Technical Tips for Optimal Performance

Safety & Maintenance Tips

FAQs

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BOLT 5008 (240KV / 340KV) BLDC Motor

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Key Features

Build & Materials

Technical Tips for Optimal Performance

Safety & Maintenance Tips

FAQs

Get In Touch To Buy Drone Components From Zdrive

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