Wednesday, October 4, 2023

DIEHL Defence & Rafael Strengthen Cooperation In The Air-To-Surface Domain

By Staff Correspondent

In light of the growing security threats in Europe, DIEHL Defence and RAFAEL are strengthening their partnership by introducing for the first time the recently-unveiled SPICE 250 ER, alongside the gliding SPICE 250 as a system intended to be manufactured in Germany by DIEHL Defence. 

SPICE 250 is the smallest of the SPICE Family, which includes the SPICE 250, SPICE 1000, and SPICE 2000. SPICE is a stand-off, air-to-surface weapon system that strikes targets with pinpoint accuracy and at high attack volumes, independent of GPS, by applying scene-matching algorithms. SPICE is combat-proven and in service with the IAF and with a number of international customers. 

SPICE 250 ER preserves the same characteristics of the SPICE 250, incorporating a small turbojet engine to provide substantial range extension, enabling stand-off range for the modern dynamic battle field and new advanced SAM threats, while retaining the same mission-planning system, aircraft interfaces, and aircrew operation. This combines the advantages of both variants (gliding and propelled) while significantly decreasing the integration effort.  

The SPICE 250 and the ER variant deliver a unique array of homing modes which maximize mission success rate while minimizing collateral damage. They also incorporate a net-enabled digital data link which allows a Human-in-the-Loop capability, abort-mission command, and BDI. 

The combination of increased loadout of SPICE 250 variants, unique homing methods for various scenarios, and extended range enables a high volume and precise strike capability against multiple target types at a reduced cost.


Artificial Intelligence For Autonomous Inspection & Rejection

At TARDID, we have developed a range of AI-powered Autonomous Quality Inspection solutions within a category we call SPICA. SPICA stands for the Smart Platform for Indicating Cracks and Anomalies, which effectively resolves the persistent challenge of inspection. This innovative system employs AI to automatically analyse data collected from various sources and combines it with physics models to provide real-time assessments of an object's overall condition, safety, and projected remaining lifespan.
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