The UK Defence Science and Technology Laboratory (Dstl) has tasked aviation systems house Callen-Lenz Associates to develop, build, and flight test an unmanned aircraft system (UAS) concept demonstrator designed to deliver an organic fire support capability for a small team.

A GBP5 million (USD6.9 million) contract for the Tactical Remote Effects Delivery-Heavy (TRED-H) project was placed by Dstl at the end of September. However, the contract – awarded to Callen-Lenz Associates under the pre-existing RCloud framework agreement – only came to light in a transparency notice published on 26 October.

The UK Defence Science and Technology Laboratory (Dstl) has tasked aviation systems house Callen-Lenz Associates to develop, build, and flight test an unmanned aircraft system (UAS) concept demonstrator designed to deliver an organic fire support capability for a small team.

A GBP5 million (USD6.9 million) contract for the Tactical Remote Effects Delivery-Heavy (TRED-H) project was placed by Dstl at the end of September. However, the contract – awarded to Callen-Lenz Associates under the pre-existing RCloud framework agreement – only came to light in a transparency notice published on 26 October.

The UK Defence Science and Technology Laboratory (Dstl) has tasked aviation systems house Callen-Lenz Associates to develop, build, and flight test an unmanned aircraft system (UAS) concept demonstrator designed to deliver an organic fire support capability for a small team.

A GBP5 million (USD6.9 million) contract for the Tactical Remote Effects Delivery-Heavy (TRED-H) project was placed by Dstl at the end of September. However, the contract – awarded to Callen-Lenz Associates under the pre-existing RCloud framework agreement – only came to light in a transparency notice published on 26 October.

The UK Defence Science and Technology Laboratory (Dstl) has tasked aviation systems house Callen-Lenz Associates to develop, build, and flight test an unmanned aircraft system (UAS) concept demonstrator designed to deliver an organic fire support capability for a small team.

A GBP5 million (USD6.9 million) contract for the Tactical Remote Effects Delivery-Heavy (TRED-H) project was placed by Dstl at the end of September. However, the contract – awarded to Callen-Lenz Associates under the pre-existing RCloud framework agreement – only came to light in a transparency notice published on 26 October.

The UK Defence Science and Technology Laboratory (Dstl) has tasked aviation systems house Callen-Lenz Associates to develop, build, and flight test an unmanned aircraft system (UAS) concept demonstrator designed to deliver an organic fire support capability for a small team.

A GBP5 million (USD6.9 million) contract for the Tactical Remote Effects Delivery-Heavy (TRED-H) project was placed by Dstl at the end of September. However, the contract – awarded to Callen-Lenz Associates under the pre-existing RCloud framework agreement – only came to light in a transparency notice published on 26 October.

The UK Defence Science and Technology Laboratory (Dstl) has tasked aviation systems house Callen-Lenz Associates to develop, build, and flight test an unmanned aircraft system (UAS) concept demonstrator designed to deliver an organic fire support capability for a small team.

A GBP5 million (USD6.9 million) contract for the Tactical Remote Effects Delivery-Heavy (TRED-H) project was placed by Dstl at the end of September. However, the contract – awarded to Callen-Lenz Associates under the pre-existing RCloud framework agreement – only came to light in a transparency notice published on 26 October.