Skip to product information
1 of 7

Maxim Pro Two-Stage Trigger Kit

Maxim Pro Two-Stage Trigger Kit

Regular price $6.00 USD
Regular price $6.00 USD Sale price $6.00 USD
Sale Sold out

The Maxim Pro Two-Stage Trigger Kit is a simple mod kit designed by luke that converts the blaster from using a separate rev trigger to a single two-stage trigger similar to Worker's flywheelers. Featuring a 3D-printed internal switch mounting plate, this kit leaves the guesswork out of switch installation. Additionally, the backstrap rev and grip cap safety deletes fill in the space left behind for a cleaner look and feel. This two-stage trigger kit is currently only compatible with the electronic pusher mod kits featuring the full-auto gear motor or Neutron Solenoid. All three 3D parts will be printed in one color of your choice.

FEATURES:
• Maxim Pro Two-Stage Trigger Kit
• Relocates the rev switch to the main firing trigger*
• Worker-style rev feel
• Removes the backstrap rev and grip cap safety
• Fills in the dead space between the shells
• Compatible with the Adventure Force Maxim Pro

• Compatible with the solenoid and full-auto gear motor mods
Not compatible with the stock mechanical pusher

*You will need to cut and shorten/modify the trigger spring to increase tension (covered in our tutorial). Switches are not included with these parts.

INCLUDES: 
• 1 3D-printed Backstrap Rev Delete in your choice of color*
• 1 3D-printed 2-stage trigger switch plate
• 3x M2.6 x 10mm toy screw

*All 3D parts included in this kit will be printed on the same bed and using the same color

SPECS:
• Material: 3D-printed PLA Plastic
• Dimensions: 
• Weight: 
• SKU: 

LINKS:
Maxim Pro Mod Kit
Solenoid Bracket
Neutron Solenoid
More Maxim Pro Mods + Accessories

View full details

OUR FILAMENTS

We print primarily with Proto-Pasta HTPLA and PLA. Check out our full range of colors here.

3D printed parts should not be left inside hot cars or excessively hot environments.

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)