GSPOT V2 GLOCK FRT

GSPOT V2 GLOCK FRT Features

The GSPOT V2 GLOCK FRT stands out with its updated V2 design, incorporating an AR15 bolt catch spring for added tension and trip customization. This feature allows users to tune the trigger to their specific Glock model, ensuring optimal performance with an average spring length of 7.5mm.

Key highlights include:

• Slide Lock Retention: Unlike many aftermarket kits, V2 preserves the use of the slide lock for seamless operation.
• Round Reset Surface: This unique component enables precise tuning for each Glock, with slight trimming of the bolt catch spring if needed (coil by coil to avoid rendering it useless).
• Drop-In Compatibility: Designed as a hassle-free drop-in kit for Glock 19 and other compatible models (Gen 1-5, excluding Glock 44 .22LR).

Additionally, the kit includes a printed trigger shoe and a reset surface crafted from a 3.2mm thick steel (or stronger) material via SendCutSend.com. Note that this is still a beta release, so proper testing is recommended before full use.

Difficulty & Build Time

• Skill Level: Intermediate
• Estimated Build Time: 4-6 hours
• Required Experience: Basic knowledge of Glock disassembly, 3D printing, and minor sanding/filing for fitment adjustments.

Hardware and Tools Required

Required Hardware

• AR15 bolt catch spring (average length 7.5mm for tuning)
• 3.2mm thick steel (or stronger) reset surface (DXF file provided for SendCutSend.com)
• Stronger recoil spring (if needed to counter applied forces)
• OEM Glock trigger bar (to replace the trigger shoe)

Recommended Tools

• 3D printer for trigger shoe
• Sandpaper or file (for adjusting reset surface if slide locks back during trigger pull)
• Cutting tool (for trimming bolt catch spring coil by coil if necessary)
• PVA gluestick (for bed adhesion during printing)

GSPOT V2 GLOCK FRT Parts

The GSPOT V2 GLOCK FRT kit includes STL files for the trigger shoe, which should be printed on its side to prevent breakage. The reset surface is provided as a DXF file for fabrication at SendCutSend.com, requiring a 3.2mm thick steel or stronger material. Detailed build instructions are available as a PDF guide at this link.

For printing the trigger shoe, use the following settings: nozzle temperature at 220°C, bed temperature at 60°C, wall count of 5, 100% infill, and supports if needed. Applying a PVA gluestick to the bed ensures proper adhesion during printing. Users are advised to remove the OEM trigger shoe from the bar to install the new printed trigger and reset surface.

Printer Compatibility & Settings

The GSPOT V2 GLOCK FRT trigger shoe is compatible with most FDM 3D printers capable of handling detailed prints with high infill. Recommended materials include durable options like PETG or ABS to withstand the mechanical stress of firearm use, though PLA can be used for testing purposes. Stick to the specified print settings—220°C nozzle, 60°C bed, 5 walls, and 100% infill—to ensure structural integrity.

Special considerations include printing the trigger shoe on its side to avoid weak points and using supports if required for overhangs. Ensure your printer bed is properly leveled and prepped with PVA gluestick for optimal adhesion. Always double-check the fitment post-printing, as minor sanding may be necessary for a perfect drop-in experience.

Conclusion

The GSPOT V2 GLOCK FRT offers Glock enthusiasts a unique opportunity to enhance their firearm’s performance with a customizable forced reset trigger kit. With features like tunable tension via an AR15 bolt catch spring and slide lock retention, this beta kit is a promising addition to any Glock build, provided users proceed with caution and thorough testing. Download the files, follow the provided build guide, and take your Glock to the next level with precision and innovation.