x

*Want to search a historical price chart of products or the lowest ever price? Search for the name of the product or paste the product's link in the search box and hit enter. you will see the product's historical milestone prices, charts, and all current offers with Price History. Do check Amazon Price Tracker and Flipkart Price Tracker for price traking.

5M GT2 Timing Belt Upgrade Non-Slip Version
13th Aug 2026, 02:25 PM

5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers

Price may vary by location, shipping cost, and availability.
Lowest in last 6 months
15% Off
$10.99
$12.99

Highest: $12.99
Average: $11.95
Lowest: $10.99

Should you buy at this price?

Skip
Wait
Okay
Yes

Based our analysis and observation, there is 46.37% chance that the price of 5M GT2 Timing Belt Upgrade Non-Slip Version... will increase. Price of product might fluctuate between 5% and 9% of current price.*

Price History Graph

Offer Price Prices
Lowest: -
Average: -
Highest: -

Price History Information

You can check the price history of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers here. This product's current Price in USA is $10.99. The average and highest prices are $11.95 and $12.99 respectively.

Lowest Ever Price $10.99
20th Jul 2026
Average Price $11.95
Based on 196 days price tracking
Highest Price $12.99
7th Feb 2026

Current Price in USA

Price $10.99
MRP $12.99
Savings $2.00
Discount 15.39%

Recent Price Drops on 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers

Price Drop 19th Jul 2026
$12.99 $10.99
15.4% drop
Price Drop 15th Apr 2026
$12.99 $11.99
7.7% drop
Price Drop 14th Feb 2026
$12.99 $11.99
7.7% drop

Product Information

Details

Product Name 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers
Store Product Code B08R93QQ8Z
Store Name amazon.com
Brand MOTOU
Rating 9.4 / 10
Category Timing Belts
Product Manufacturer MOTOU
Model Number MOTO5mbelt
Dimensions 0.24"W

Features

  • UPGRADED ANTI-SLIP VERSION: The tooth surface of the belt is made up of specially treated tooth cloth that minimizes the chance of the belt slipping.
  • Stable Transmission: High precision. High-strength structural design, anti-extension, anti-jumping, make the transmission more stable.
  • Long Service Life: Wear resistant. Anti-wear nylon tooth surface for better protection of the tooth joint and extended service life.
  • Wide range of applications: Widely used in 3D printers, milling machines, gear forming machines, drilling machines, CNC lathes, hobbing machines, dishwashers, packaging machinery, motorcycles, automobile, dryer, food machinery, inkjet printer, and other mechanical transmissions.
  • MONEY-BACK SATISFACTION GUARANTEE:No slip, high transmission efficiency, and greatly improve your work. If the belt disappoints you, simply contact us and we'll rush return your purchase price. 100% satisfied.

Images

×
Image of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers
Image of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers
Image of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers
Image of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers
Image of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers
Image of 5M GT2 Timing Belt, Upgrade Non-Slip Version, Width 6mm, Fit for 3D Printer and Most Belt Driven Printers

Rating and Reviews

9.4 Based on 560 reviews

5M GT2 Timing Belt Upgrade Non-Slip Version has 9.4 rating out of 10. This average rating is consist of 560 individual ratings. You can rate this product at product review page.

* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.