DAK145

DESIGNED TO MIL-DTL-24308 MILITARY SPECIFICATION
The DAK145 is manufactured in accordance with MIL-DTL-24308, the US military standard governing D-Sub connectors used across defense electronics, ground-support equipment, and military communications systems. Compliance with this specification ensures the tool geometry meets the dimensional requirements defined for 20# terminal insertion in MIL-spec D-Sub connector assemblies.

HEXAGONAL GRIP WITH ANTI-ROLL DESIGN
The handle features a hexagonal cross-section that sits flat against any work surface, preventing the tool from rolling off the bench during multi-position connector assembly. The geometry also provides a natural grip reference point that keeps the tool consistently oriented in hand, reducing the need to reposition between insertions and improving overall handling during extended assembly sessions.

SLIM PROFILE FOR PORTABILITY AND DEEP CAVITY ACCESS
At 126mm overall length, the DAK145 fits easily into a standard tool roll, maintenance kit, or field service bag — practical for technicians who move between workstations or carry tools to remote maintenance locations. The 40mm tip with a 31mm working section reaches the full cavity depth of standard MIL-DTL-24308 D-Sub housings without requiring additional force to fully seat the terminal.

LIGHTWEIGHT CONSTRUCTION FOR EXTENDED ASSEMBLY WORK
Weighing just 32g, the DAK145 places minimal load on the wrist during repetitive insertion tasks, making it well suited to batch production environments and prolonged maintenance sessions where operator fatigue is a genuine consideration. The aluminum alloy construction delivers this low weight without compromising the structural rigidity needed for precise, controlled terminal insertion across high pin-count D-Sub connector assemblies.

MILITARY ELECTRONICS ASSEMBLY & DEFENSE CONNECTOR MAINTENANCE
The DAK145 is suited for defense electronics assemblers and military maintenance technicians working with MIL-DTL-24308 D-Sub connectors across ground-support equipment, shipboard systems, and communications hardware. The tip is precision-machined to the 20# contact cavity geometry, ensuring each terminal seats accurately and locks into position consistently — reducing the risk of contact damage and maintaining the electrical integrity required in high-reliability military wiring interconnect systems.