Taurus TX22 Charging Handle – Green
Taurus TX22 Charging Handle – Green view 1Taurus TX22 Charging Handle – Green view 2
Accessories

Taurus TX22 Charging Handle – Green

$20.00
● In stock · 10 in stock · Ships from the USA

Enhance your Taurus TX22 with this green PLA+ charging handle, a must-have accessory for TX22 owners. This ambidextrous backplate charging handle improves the ease of operation and functionality of your pistol, making it a practical upgrade for any shooter.

Designed specifically for the Taurus TX22, this charging handle is 3D printed from durable PLA+ material. It offers a sleek green finish and is sold as-is, with no guarantees on performance or lifespan due to manufacturing variability.

Fits

Taurus TX22
  • Green PLA+ material
  • Ambidextrous design
  • 3D printed construction
  • Sold as-is with no performance guarantees
  • May require break-in period or light sanding for fitment
SKU9157
TagsTAURUS TX22TX22 ACCESSORY KITTX22 AMI CHARGING HANDLETX22 BACKPLATE CHARGING HANDLETX22 CHARGING HANDLETX22 FRT

Product details

The Taurus TX22 Charging Handle – Green is a 3D printed accessory designed for the Taurus TX22 pistol. This ambidextrous backplate charging handle is made from green PLA+ material and is sold as-is. Due to manufacturing and material variability, performance and lifespan are not guaranteed. A break-in period or light sanding may be required for proper fitment on some setups.

  • (1x) Ambidextrous Backplate Charging Handle in Green PLA+
  • No refunds, exchanges, or returns on used or installed items
  • By purchasing, you accept these terms and use the parts at your own risk

Questions about the Taurus TX22 Charging Handle – Green

What is the Taurus TX22 Charging Handle – Green made of?

It is made from green PLA+ material, which is a durable 3D printing filament.

Is this charging handle ambidextrous?

Yes, this charging handle is designed for ambidextrous use.

Are there any guarantees on the performance of this part?

No, this part is sold as-is with no guarantees on performance or lifespan due to manufacturing variability.