FREE Base Designs for the DIYers

This video demonstrates the effectiveness of self-healing targets, specifically Infinity Targets from TA Targets, for range days, especially in wet conditions. Unlike traditional cardboard targets that become unusable when soaked, these targets show remarkable durability against handgun rounds. The instructor, exhibiting experienced firearm handling and range etiquette, showcases various drills and confirms the targets' resilience, making them a practical choice for consistent training regardless of weather.

This video showcases three distinct target types commonly used in firearms training: cardboard, self-healing, and steel. It highlights the visual feedback and durability characteristics of each, demonstrating their use on an outdoor range. The footage also briefly features a handgun equipped with a red dot optic and weapon light, suggesting a practical application context for these targets.

This video from TA Targets showcases advanced vehicle-based firearms training, emphasizing tactical engagement from behind cover in both daylight and low-light conditions. The expert instruction highlights the effective use of weapon-mounted lights for night shooting and demonstrates coordinated movement and firing drills around various vehicle types. The drills are designed for experienced shooters looking to enhance their proficiency in dynamic, vehicle-centric scenarios.

This video provides a cost-effective guide to building a DIY cardboard target base for $15 or less, utilizing readily available 2x4 lumber. The presenter demonstrates a simple assembly process and shows how to securely attach various cardboard targets, including specialized training designs from TA Targets. The demonstration includes live fire with a 9mm handgun equipped with a red dot sight, highlighting the base's stability.

This video, from TA Targets, emphasizes the importance of readiness and response in tactical situations. It showcases a transition from leisure to action, highlighting the donning of tactical gear like plate carriers and NVGs, and the use of UTVs for deployment. The content demonstrates tactical movement under advanced imaging, underscored by a motivational call to action.

This guide details how to build a cost-effective DIY cardboard target stand for approximately $15 using 2x4 lumber. The design accommodates both standard USPSA and TA Targets' C-Zone cardboard targets, making firearms training more accessible. While not suitable for steel targets, it offers a versatile and budget-friendly solution for shooters looking to practice.

TA Targets showcases an extreme warranty claim involving a 1/2 inch AR550 steel target penetrated by an unknown caliber. Despite the damage likely being caused by a .50 BMG Raufoss round, not a .300 Win Mag as initially suggested by the customer, TA Targets replaced the target for free. This highlights their commitment to customer service and their confidence in their product's durability.

This video showcases the TA Targets Phoenix Plate Rack, constructed from durable AR550 steel with six reactive plates. The demonstration highlights rapid, accurate engagement of the targets using a 9mm handgun, emphasizing the effectiveness of the setup for firearm training and practice. The shooter's proficiency and the gear's performance suggest it's a top-tier option for range enthusiasts.

This video showcases the TA Targets Competition Dueling Tree in a head-to-head shooting drill. Two competitors use semi-automatic handguns with red dot optics to rapidly engage six reactive AR500 steel paddles. The drill emphasizes speed and accuracy in a competitive shooting scenario.

This video explores the concept of 'bag guns,' advocating for carbines carried in backpacks as a potent supplement to a handgun for self-defense. It details three distinct setups: a 10.3-inch 5.56 AR, a compact 5-inch .300 Blackout SBR, and an 8.3-inch 7.62x39mm Galil ACE Gen 2. The 'gray man' philosophy is emphasized for concealability, alongside practical considerations like deployment times and realistic training.