American Rifleman TV Preview: Feb. 11, 2015—Building a Crimson Trace Lasergrip

Published on February 10, 2015
Duration: 3:17

This guide details the process of building and installing Crimson Trace 1911 laser grips. It covers the delicate soldering of circuit boards and battery contacts, the attachment of laser diodes and on/off switches, and the final assembly and testing phases. The emphasis is on the precise, technical nature of the work involved in creating these instinctively activated sighting systems.

Quick Summary

Crimson Trace 1911 laser grips are designed for instinctive activation, engaging the laser when the firearm is held naturally. Building them involves precise soldering of circuit boards and battery contacts, attaching laser diodes, and installing an on/off switch, often on a three-station assembly line.

Chapters

  1. 00:07Introduction to American Rifleman TV
  2. 00:30Visiting Crimson Trace in Wilsonville, Oregon
  3. 00:39Overview of Crimson Trace 1911 Laser Grips
  4. 00:55Grip Production and Range Time
  5. 01:01The 1911 Platform and Laser Sighting
  6. 01:15Instinctively Activated Laser Technology
  7. 01:42Technician Tong and the Building Process
  8. 01:55Step 1: Circuit Board and Fixture
  9. 02:07Step 2: Soldering Battery Contacts
  10. 02:28Step 3: Attaching the Laser Diode
  11. 02:37Step 4: Installing the On/Off Switch
  12. 02:46Step 5: Connecting Switch to Circuit Board
  13. 02:50Assembly Line Process
  14. 03:09Watch Full Episode

Frequently Asked Questions

What is the primary advantage of Crimson Trace 1911 laser grips?

The primary advantage of Crimson Trace 1911 laser grips is their instinctively activated design. This means the laser engages automatically when you grip the firearm in a natural shooting position, providing a tactical edge without requiring additional button presses.

What are the key steps involved in building a Crimson Trace 1911 laser grip?

Building a Crimson Trace 1911 laser grip involves placing the circuit board in a fixture, soldering battery contacts, attaching the laser diode with securing tubing, installing the master on/off switch, and connecting it to the circuit board. The process requires delicate, technical work.

What materials are available for Crimson Trace 1911 laser grips?

Crimson Trace offers 1911 laser grips in a variety of materials to suit different preferences. These options include polymer, real wood, and G10, allowing for customization of both feel and aesthetics on the firearm.

How does the assembly line for Crimson Trace laser grips typically operate?

The assembly line for Crimson Trace laser grips is usually structured with three main stations. One person handles the soldering and component attachment, another focuses on the general assembly of the grip, and a third is responsible for the final sighting and calibration.

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