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FOLOSAFENAR Rear Drum Brake Shoes Review: Reliable fit for GY6 scooters and ATVs

Rear Drum Brake Shoes ,Low Noise 105mm Heat Resistant Antiwear Bike Brake Part Universal for GY6 Scooter Moped ATV
4.7
[Broad Compatibility]  Fits 139QMB GY6 style scooters, mopeds, ATVs, go-karts, and more.
[High Friction Performance]  High friction coefficient ensures stable, efficient braking with reduced noise and low wear.
[Durable Construction]  High-strength fiber blend improves thermal stability and long-lasting durability.
[Direct Replacement Fit]  Precision fit for easy repair and refurbishment of worn or damaged brake shoes.
[Cost-Saving Longevity]  Exquisite workmanship reduces replacement frequency, saving money over time.
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Automotive replacement brake shoes designed to restore confident stopping performance on GY6-style scooters, mopeds and small ATVs. Mechanics and riders who want a low-noise, heat-resistant option that fits accurately will appreciate FOLOSAFENAR Rear Drum Brake Shoes. Are these the right aftermarket shoes for a 139QMB GY6 brake setup?

⚡ At a Glance
  • Braking Performance: High friction coefficient for stable deceleration with minimal squeal
  • Best for: Owners of GY6/139QMB-style scooters, mopeds, ATVs and go-karts
  • Not ideal for: Vehicles with disc brake systems or non-GY6 drum configurations

Rear drum brake shoes tailored for 139QMB GY6-style front and rear drum brakes. A high-strength fibre compound improves thermal stability and wear resistance.


Consistent braking under load, with a high-friction fibre compound

A blend of high-strength fibres raises the friction coefficient and maintains contact under heat, helping to resist fade during repeated use.

More predictable stopping distances during town riding and when carrying a passenger, improving confidence at low to moderate speeds.

Quieter stops for urban riding, with a low-noise compound and precise fit

Careful material choice and manufacturing tolerance reduce vibration and squeal at engagement, while an accurate fit limits movement inside the drum.

Reduced audible braking makes short trips and apartment parking less disruptive and removes the need to constantly inspect for noise issues.

Fewer replacements, with improved thermal stability and wear resistance

Thermally stable friction material resists glazing and abrasion, which lowers the wear rate compared with generic compounds.

Longer service intervals and reduced maintenance workload, keeping the vehicle on the road longer between brake overhauls.

✨ The 4 Key Reasons for FOLOSAFENAR Rear Drum Brake Shoes
  1. Broad Compatibility - Accepts a range of 139QMB GY6-style scooters, mopeds, ATVs and go-karts
  2. Quick Fit - Straightforward installation for riders and local mechanics with basic tools
  3. Heat Resistance - Compound reduces thermal fade during repeated heavy braking sessions
  4. Built to Last - High-strength fibres lower wear rate for longer service intervals
📋 Technical Details at a Glance
  • Category: Automotive Parts and Accessories
  • Type: Rear drum brake shoes
  • Compatibility: 139QMB GY6-style front and rear drum brakes
  • Size: 105mm
  • Material: Blend of high-strength fibres
❓ Frequently Asked Questions

Q: Will these fit my GY6 139QMB scooter?

A: Designed to fit a variety of 139QMB GY6-style front and rear drum brakes commonly found on Chinese scooters, mopeds, ATVs and go-karts.

Q: Are they difficult to install?

A: User feedback highlights easy to fit, hassle-free installation and a quick secure fit, suitable for riders and local mechanics with basic tools.

Q: Are they durable and heat resistant?

A: The friction compound uses high-strength fibres to improve thermal stability and durability, which reduces wear and helps resist brake fade.

🏆 Our Verdict

Suitable for scooter and small-vehicle owners seeking a direct replacement for worn GY6-style drum shoes, especially where low noise and heat resistance matter. The high-strength fibre compound and precise fit are the main selling points, delivering stable braking and longer service intervals. Expect sensible long-term value thanks to reduced wear and less frequent replacements.