DRK16BL

High-Precision Tubular Tip Engineered for Size 16 MIL-Spec
DRK16BL utilizes a precision-machined stainless steel push-rod tip with accurately calibrated dimensions (ID ≈ φ2.90mm, OD ≈ φ3.46mm). This specialized geometry delivers reliable alignment and smooth insertion into size 16 MIL-Spec terminal release cavities across MS26482, J598, MIL-C-26482 Series I, MIL-C-26500, and MIL-DTL-5015 series connectors, ensuring efficient removals with minimal terminal stress.

Ergonomic Aerospace Aluminum Handle in Blue Anodized Finish
eye-catching blue anodized coating and contoured grip, the handle weighs only 41.5g and measures 155.5 × 14.7 × 12.7mm. This lightweight yet sturdy design provides superior comfort and balance, effectively reducing hand strain during repetitive or prolonged connector service work.

Reliable Push-Rod System for Damage-Free Extraction
As the extended push-rod version of the DRK16B (DRK16BL features a longer tubular barrel for improved reach), the tool’s mechanism applies precise rearward force directly to the terminal locking tang. This controlled action significantly lowers the risk of damaging terminals or connector housings, offering a clear advantage in high-density harnesses and complex wiring layouts where traditional tools often struggle.

Robust Hardened Needle Bar Built for Long-Term Reliability
Manufactured with advanced cold-drawing and hardening processes, the stainless steel needle bar maintains its critical dimensions and straightness through extensive use. This engineering excellence supports consistent performance in professional settings, helping technicians achieve dependable results while extending the tool’s service life.

Key Solution for MIL-Spec Terminal Service in Aerospace Industries
Perfect for professionals handling terminal extraction and connector repairs in aviation, military electronics, automotive wiring systems, and industrial equipment. It helps improve efficiency and safety when working with size 16 terminals in both workshop and field environments that demand high reliability.