Next N1017 (100KV) BLDC Motor

₹34,999.00

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The ZDrive Next N1017 (100KV) is a super-heavy-lift propulsion motor engineered for UAVs that require maximum thrust capability with smooth power delivery. With a 118 × 43.3 mm structure, a weight of 857 g, and over 7,450 W of peak power, it supports propellers ranging from 29 to 34 inches and operates flawlessly on 12S–14S LiPo systems.

Its enhanced thermal design, ultra-low vibration output, and precise torque characteristics make it ideal for cargo drones, long-range delivery UAVs, mapping systems, and aerial platforms carrying large gimbal payloads.

High-torque, low-KV design for extreme lift applications.
Best paired with 29–34″ carbon or composite propellers.
Operates efficiently on 12S–14S LiPo power systems.
Precision engineering ensures stable, low-vibration heavy-lift performance.

KV Options

Clear

The ZDrive Next N1017 offers industry-leading torque output, delivering 11.87 Nm, making it capable of lifting significant payloads with exceptional efficiency. A 100KV winding enables the motor to run large propellers at a lower RPM, reducing power loss and maintaining a cooler operation.

The motor's optimized stator geometry and high-efficiency magnetic circuit minimize eddy-current losses and ensure stable performance during long-duration, high-load flights.

Key performance advantages include:

Superior torque stability for slow-RPM heavy props
High thrust-to-efficiency ratio, ideal for large multirotor designs
Reduced thermal stress even under continuous high current
Smooth throttle linearity for precision control in professional applications

This makes the N1017 a perfect choice for platforms requiring constant lift, such as mapping drones, BVLOS systems, industrial delivery UAVs, and heavy gimbal cinematography rigs.

Key Features

Up to 22.8 kg thrust for extreme heavy-lift operations.
High torque 100KV motor designed for large-diameter propellers.
Advanced thermal endurance with 220°C varnish and 180°C magnets.
Rotor balanced to ≤10 mg for reduced vibration and maximum IMU accuracy.
Peak power above 7450 W, enabling large payload capacity.
Low internal resistance (27.6 mΩ) ensures efficient current flow.
CNC-machined aerospace aluminum housing for strength and cooling.
Compatible with 80A–100A ESCs, supporting high-frequency PWM.

Optimized for 12S–14S LiPo for maximum torque and endurance.

Motor Size	D:118 x41.3 mm
Propeller Mounting Holes	D:23 M3x4
Shaft Diameter	IN: 15 mm
IP rating	35
Varnished wire Degree	220°C
Magnet Degree	180°C
Rotor Balance	≤10 mg
Motor Mounting Holes	D:40 M4x4, D:50 M4x4

No Load Current	3.1A/30V
Motor Weight	857 g
Maximum Current	133.9 A
Maximum thrust	28.81 kg
Nominal Voltage	12-14S lipo battery
Internal Resistance	27.5mΩ
Maximum Power	7484.3 W
Maximum Torque	11.87 Nm

General Description:

Designed for professional UAV integrators, the N1017 is built to support the demanding requirements of industrial-grade multi-rotor platforms. Its oversized stator, high-grade magnets, and expanded cooling surface area ensure consistent output even during long missions with maximum payload.

The motor’s low-KV configuration produces a smooth and predictable RPM curve, essential for large UAVs that require low noise, low vibration, and high authority thrust control. With precise rotor balancing and a rigid shaft design, the N1017 minimizes structural vibration, greatly improving IMU accuracy, flight stability, and gimbal performance.

This motor is ideal for:

Heavy-lift octocopters and hexacopters
Cargo delivery drones
High-altitude mapping UAVs
Long-range BVLOS platforms
Rescue/medical supply drones
Large-payload cinematography rigs

Build & Materials:

Every N1017 is manufactured to strict aerospace-grade standards:

CNC-machined 6061-T6 aviation aluminum housing
220°C varnish-insulated copper windings
High-grade Neodymium magnets (180°C)
Precision stainless steel bearings for smooth, low-friction rotation
Epoxy-coated stator core for corrosion and moisture resistance
Rotor dynamically balanced within ≤10 mg
Reinforced IN12 mm shaft for maximum rigidity under high torque
IP35-level protection against dust and light moisture

Technical Tips for Optimal Performance:

Best used with 29–34″ carbon fiber propellers for optimal lift and efficiency.
Recommended ESC: 80A–100A with high-frequency PWM (≥32 kHz).
For coaxial builds, ensure adequate spacing to prevent airflow interference.
Use 10–12 AWG high-quality silicone wire for stable current delivery.
Maintain adequate airflow around the motor for long-duration flights.
Perform gradual throttle ramp tests before operating at full payload.
Maintain motor temperature below 90–95°C during continuous operation.

Safety & Maintenance Tips

Balance propellers accurately to minimize vibration and extend bearing life.
Do not exceed rated current (≈ 78 A).
Inspect bearings every 20–30 flight hours.
Ensure cooling airflow during hover-intensive missions.

Store the motor in a dry, dust-free environment when not in use.

FAQs

It is ideal for heavy-lift drones, industrial payload platforms, long-range delivery UAVs, and professional cinematography systems.

Up to 22.8 kg of thrust using recommended prop/voltage configurations.

The motor is optimized for 12S–14S LiPo, delivering maximum torque and efficiency.

The low KV produces higher torque at lower RPM, making it ideal for large propellers and smooth, stable heavy-lift operation.

Yes, thanks to high-temperature windings, strong magnets, and superior cooling, it performs reliably in long endurance missions.

Absolutely, the torque characteristics and rigid shaft make it excellent for coaxial configurations with proper spacing.

For optimum performance and minimal vibration, 29–34 inch carbon fiber propellers are recommended.