M10 Booker. Twitter @GD_LandSystems
The 82nd Airborne Division of the US Army has begun the initial operational test and evaluation of the tracked fire support combat vehicle M10 Booker.
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The tests will include new equipment training, artillery exercises, collective training sessions for soldiers, and force-on-force exercises.
This comprehensive process aims to ensure that the M10 Booker meets the rigorous standards of combat readiness. According to previous information, the first batch of Low-Rate Initial Production (LRIP) vehicles of the M10 Booker will be delivered this year, with the first equipped unit scheduled for fiscal year 2025.
The 82nd Airborne Division announced on X that they will receive the first M10 Armor Battalion, designated 3-73 Armor, consisting of 42 M10 vehicles.
M10 Booker. Twitter @GD_LandSystems
Designed to support mechanized brigades, the M10 Booker resembles a smaller version of the M1 Abrams tank but is equipped with a 105mm cannon and lighter armor.
This design aims to add firepower and maneuverability to the Army’s mechanized brigades while keeping maintenance costs manageable.
“The Booker will add firepower and maneuverability to the Army’s mechanized brigades,” stated the US Army.
Despite its smaller size compared to the Abrams, the M10 Booker is designed to offer substantial combat effectiveness. Its 105mm cannon increases the vehicle’s operational flexibility.
The development and deployment of the M10 Booker are part of the Army’s broader strategy to modernize its fleet of armored vehicles and improve combat readiness. The lighter armor and smaller size of the M10 Booker are strategic choices to reduce maintenance costs and increase the vehicle’s agility in various combat scenarios.
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M10 Booker. Twitter @18airbornecorps
The M10 Booker is expected to play a crucial role in future operations, providing vital support to mechanized brigades and enhancing the Army’s overall combat capabilities.
Photo and video: Twitter @GD_LandSystems. Source: Twitter @18airbornecorps. This content was created with the help of AI and reviewed by the editorial team.
