© THE TECHGEEKS EXPERIENCE 映 画 的 な

N20 HIGH TRACTION WHEELS - 3D PRINTED RUBBER GRIP TIRES

TechGeeks N20 high traction wheels – rubber grip tires for line follower robots India
N20 high traction wheels for line follower robot – PLA hub, rubber grip, 3 sizes India Hero Shot

product overview

(HIGH TRACTION WHEELS)
about
N20 wheels with TechGeeks branding – robot tires for N20 gear motor India on black cutting mat

N20 HIGH TRACTION WHEELS

DESCRIPTION

Explore the complete development ecosystem for Mark1 including source code, guides and learning resources below.

RESOURCE LINKS

GITHUB REPOSITORY

➚

PRODUCT MANUAL

➚

RELATED BLOGS

➚

Choose Your Perfect Size

Choose Your Perfect Size

Light weight, Maximum Grip.

Light weight, Maximum Grip.

High Traction Wheels

High Traction Wheels

COMPONENT

COMPONENT

THE STORY

THE STORY

Built for makers who value precision over guesswork, these wheels remove the hassle of finding the right grip and fit. Engineered for N20 motors, they provide steady traction and balanced motion, so your robot performs exactly as intended.

LINE FOLLOWING ROBOT WITH POSTER TECHGEEKS
LINE FOLLOWING ROBOT FLOATING

ABOUT N20 WHEELS

ABOUT N20 WHEELS

The Techgeeks N20 Wheels are designed for compact, performance-focused robotics. Built specifically for N20 gear motors, they ensure a secure fit and efficient power transfer.

With a lightweight structure and high-traction surface, they improve stability and reduce slippage during motion. Whether you are building a line follower or a compact autonomous robot, these wheels help maintain smooth, controlled, and reliable performance.

Size Options

◘ 20x20 mm (Ideal for low, torque and high rpm n20 motors)

◘ 20x30 mm

(Ideal for <>)

◘ 30x30 mm

(Ideal for low rpm and high torque n20 motors)

Grip Color Options

◘ Blue

◘ Green

◘ Red

◘ Orange
◘ Black

  • 4 COLORS AVAILABLE ▪ COMPACT ▪ +2 WHEELS ▪ CUSTOM HARDWARE PLATFORM ▪

  • 4 COLORS AVAILABLE ▪ COMPACT FORM ▪ LIGHTWEIGHT ▪ OPEN SOURCE HARDWARE PLATFORM ▪

N20 HIGH TRACTION WHEELS - 3D PRINTED RUBBER GRIP TIRES

key features

key features

Adaptive PCB mount &

Adjustable sensor arms

Adaptive PCB mount &

Adjustable sensor arms

High-traction skid-free

rubber wheels

High-traction skid-free

rubber wheels

Ultra-lightweight 3D printed geometry at just ~45 grams

Ultra-lightweight 3D printed geometry at just ~45 grams

ACCESSORIES

PACKED COMPONENTs

WHAT'S INSIDE

THE BOX

WHAT'S INSIDE

THE BOX

Good things come in small packages, and inside of

this you will find everything you need to get your

line follower up and running. Both hardware and

software included.

ARDUINO NANO TYPE-C AND TB6612FNG MOTOR DRIVER (ONLY IN ASSEMBLED VERSION)

SCREWS AND FASTERNERS

N20 WHEELS x2

TB6612FNG CORELESS MOTOR

product specs

(HIGH TRACTION WHEELS)
description
LINE FOLLOWING ROBOT MULTI ANGLE SHOT

TECHNICAL

SPECIFICATIONS

TECHNICAL

SPECIFICATIONS

◘ The N20 High-Traction Wheels feature a precision 3D printed core manufactured using high-quality PLA, offering lightweight strength, dimensional stability, and accurate shaft alignment for standard N20 gear motors (D-shaft compatible).


◘ The outer traction layer utilizes a premium-grade rubber grip material inspired by professional cricket bat grips. This textured, micro-patterned surface enhances friction and surface contact, delivering superior traction and controlled movement during high-speed runs and sharp directional changes.


◘ The lightweight PLA hub reduces rotational inertia, enabling faster response and smoother motion control for both high RPM and high torque N20 motors.


◘ Available in multiple diameter options (20×20 mm, 20×30 mm, 30×30 mm), the wheels support both high RPM and high torque N20 motors, making them suitable for line followers, maze solvers, and compact autonomous robots.


◘ Engineered for durability and balance, the wheel design minimizes vibration while maintaining structural rigidity, making it suitable for competitive robotics and continuous testing environments.

CAPABILITIES

AND PERFORMANCE

CAPABILITIES

& PERFORMANCE

◘ Precision Line Tracking


◘ Smooth Corner Handling


◘ Real-Time Feedback System

COLOR, MATTE

AND FINISH

Available in four color options, The matte wheels paired with high-traction rubber grips, delivering a cohesive, durable and competition-ready finish.


*All the media present are for visual representation purposes only, actual product may vary.

N20 wheel with grip Outline diagram
product specs
description

SCIENCE BEHIND THE BOT

(HIGH TRACTION WHEELS)
GROW

HOW IT WORKS

HOW IT WORKS

LINE FOLLOWING ROBOT CLOSEUP

01

Embedded Systems & Electronics

Learn how embedded systems work by building with Arduino, integrating sensors, driving motors, and understanding the electronics that connect everything together.

02

Control Systems & Optimization

Understand how feedback driven systems behave, how PID control is applied in real scenarios and how sensor data is refined and optimized for stable performance.eak clearly and feel uniquely ownable.

03

Robotics Mechanics & Design

- Explore how autonomous robots are designed, how their mechanics and dynamics affect movement, and how hardware choices influence overall behavior.

04

Programming & Execution

Develop core programming skills using the Arduino IDE, working with timing, frequency and PWM control while learning how to write efficient, optimized code.

Embedded Systems & Electronics

Learn how embedded systems work by building with Arduino, integrating sensors, driving motors, and understanding the electronics that connect everything together.

Control Systems & Optimization

Understand how feedback driven systems behave, how PID control is applied in real scenarios and how sensor data is refined and optimized for stable performance.eak clearly and feel uniquely ownable.

Robotics Mechanics & Design

- Explore how autonomous robots are designed, how their mechanics and dynamics affect movement, and how hardware choices influence overall behavior.

Programming & Execution

Develop core programming skills using the Arduino IDE, working with timing, frequency and PWM control while learning how to write efficient, optimized code.

science behind lfr
grow
© THE TECHGEEKS EXPERIENCE 映 画 的 な
(linefollower® — 01)

user insights & reviews

product specs
description

Reviews (0)

FAQS

(HIGH TRACTION WHEELS)
GOT MORE QUESTIONS?
LINE FOLLOWING ROBOT

Clarifying doubts
Before your journey Begins with
Real Process.

01

What is Advanced Suction Chassis?

02

How can i use the Advanced Suction Chassis for my line follower?

03

Is it suitable for Line Follower competitions?

04

Can TechGeeks products be used for schools or institutions?

05

What is Techgeeks?

06

Do you offer support after purchase?

07

Do you ship across India?

08

How long does delivery take?

09

Do you ship internationally / overseas?

faqS
GOT MORE QUESTIONS?

why choose us

brand

At Techgeeks, we believe that great innovation starts with right people and reliable tools. We are committed to delivering the highest quality hardware to ensure nothing stands between you and your creation. 

Thank you for choosing us to fuel your curiosity. Cheers to building the future.

N20 High Traction Wheels – Rubber Grip Tires for Line Follower & Robotics Builds

TechGeeks N20 High Traction Wheels are designed for builders who are serious about traction, precision, and weight optimization in their robot designs. Built with a 3D-printed PLA core for dimensional stability and an outer layer of premium rubber grip material (micro-textured, inspired by professional cricket bat grips), these wheels deliver consistent surface contact and zero-slip performance across standard competition track materials. Available in three diameter-length configurations — 20×20mm (ideal for high-RPM motors), 20×30mm (balanced all-round), and 30×30mm (high torque, maximum grip area) — and five grip colour options (Blue, Green, Red, Orange, Black), they're designed to fit all D-shaft (3mm) N20 gear motors with a secure press fit. The low rotational inertia of the PLA hub allows faster acceleration and more responsive steering control — directly relevant for PID-tuned line followers where motor response time affects control loop stability. The rubber outer layer maintains consistent grip properties across multiple run cycles, reducing performance variation between calibration and competition conditions. Compatible with TechGeeks Mark 1 kit (30×20mm standard), Mark 2 kit (30×20mm), Basic LFR Chassis, and Advanced Suction Chassis, as well as any third-party robot frame using standard N20 motor mounts. If you're looking for high-traction N20 motor wheels in India for your line follower, maze solver, or compact autonomous robot — available in multiple sizes and grip colour options — TechGeeks N20 High Traction Wheels are the best in class at this price point. Sold as a pair (x2). Free delivery across India on orders above ₹1999. Used in TechGeeks Mark 1 and Mark 2 LFR kits and by students at Techfest, Robocon, e-Yantra and college tech fests across India.

TechGeeks N20 High Traction Wheels are purpose-engineered for N20 D-shaft gear motors used in line follower robots, maze solvers, and compact autonomous robots. The wheel uses a lightweight 3D-printed PLA hub for dimensional accuracy and minimal rotational inertia, press-fitted with a premium rubber grip layer inspired by professional cricket bat grip material — micro-textured for maximum surface contact and traction on competition track surfaces. Who Is It For: Any maker using N20 gear motors in their robot build — from beginner line followers to advanced competition machines. The three size options cover the full range of N20 motor applications: 20×20mm for high-RPM builds that need low rolling resistance, 20×30mm for balanced RPM/torque builds, and 30×30mm for high-torque, lower-RPM builds where grip area matters most. Why These Wheels: Most wheels available in India for N20 motors are either too heavy (nylon/plastic solid wheels), too slippery (smooth rubber), or dimensionally imprecise (poor D-shaft fit). TechGeeks wheels combine PLA accuracy for a secure D-shaft press fit with a proper rubber outer layer for real grip — the combination used in every TechGeeks Mark 1 and Mark 2 kit.

N20 motor D-shaft wheel, PLA hub robot wheel, rubber traction robot tyre, competition robot wheel India, anti-slip robot wheel, line follower traction wheel, micro gear motor wheel

SEE WORKS

At Techgeeks, we believe that great innovation starts with right people and reliable tools. We are committed to delivering the highest quality hardware to ensure nothing stands between you and your creation. 

Thank you for choosing us to fuel your curiosity. Cheers to building the future.

N20 High Traction Wheels – Rubber Grip Tires for Line Follower & Robotics Builds

TechGeeks N20 High Traction Wheels are designed for builders who are serious about traction, precision, and weight optimization in their robot designs. Built with a 3D-printed PLA core for dimensional stability and an outer layer of premium rubber grip material (micro-textured, inspired by professional cricket bat grips), these wheels deliver consistent surface contact and zero-slip performance across standard competition track materials. Available in three diameter-length configurations — 20×20mm (ideal for high-RPM motors), 20×30mm (balanced all-round), and 30×30mm (high torque, maximum grip area) — and five grip colour options (Blue, Green, Red, Orange, Black), they're designed to fit all D-shaft (3mm) N20 gear motors with a secure press fit. The low rotational inertia of the PLA hub allows faster acceleration and more responsive steering control — directly relevant for PID-tuned line followers where motor response time affects control loop stability. The rubber outer layer maintains consistent grip properties across multiple run cycles, reducing performance variation between calibration and competition conditions. Compatible with TechGeeks Mark 1 kit (30×20mm standard), Mark 2 kit (30×20mm), Basic LFR Chassis, and Advanced Suction Chassis, as well as any third-party robot frame using standard N20 motor mounts. If you're looking for high-traction N20 motor wheels in India for your line follower, maze solver, or compact autonomous robot — available in multiple sizes and grip colour options — TechGeeks N20 High Traction Wheels are the best in class at this price point. Sold as a pair (x2). Free delivery across India on orders above ₹1999. Used in TechGeeks Mark 1 and Mark 2 LFR kits and by students at Techfest, Robocon, e-Yantra and college tech fests across India.

TechGeeks N20 High Traction Wheels are purpose-engineered for N20 D-shaft gear motors used in line follower robots, maze solvers, and compact autonomous robots. The wheel uses a lightweight 3D-printed PLA hub for dimensional accuracy and minimal rotational inertia, press-fitted with a premium rubber grip layer inspired by professional cricket bat grip material — micro-textured for maximum surface contact and traction on competition track surfaces. Who Is It For: Any maker using N20 gear motors in their robot build — from beginner line followers to advanced competition machines. The three size options cover the full range of N20 motor applications: 20×20mm for high-RPM builds that need low rolling resistance, 20×30mm for balanced RPM/torque builds, and 30×30mm for high-torque, lower-RPM builds where grip area matters most. Why These Wheels: Most wheels available in India for N20 motors are either too heavy (nylon/plastic solid wheels), too slippery (smooth rubber), or dimensionally imprecise (poor D-shaft fit). TechGeeks wheels combine PLA accuracy for a secure D-shaft press fit with a proper rubber outer layer for real grip — the combination used in every TechGeeks Mark 1 and Mark 2 kit.

N20 motor D-shaft wheel, PLA hub robot wheel, rubber traction robot tyre, competition robot wheel India, anti-slip robot wheel, line follower traction wheel, micro gear motor wheel

SEE WORKS

why choose us
brand
FIN.
(HIGH TRACTION WHEELS)
PEACE OUT
N20 wheel with grip Outline diagram
fin.
peace out

N20 WHEELS x2

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What's in

the box

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₹140₹100
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N20 WHEELS x2

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