Company profile
BML - Unmanned Aircraft for Civilian, Security and Military Applications
BML design, develop and manufacture unmanned aircraft systems for use in civilian applications around the world. Our primary services include: oil, gas and mineral exploration activities; oil, pipeline and related infrastructure monitoring; land and maritime border patrol.
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1 Dec 2015 to 31 Aug 2018
The AQUILA project will address through research and innovation a new lightweight and high capacity communication system that is secure and robust designed for the low cost Remote Piloted Aircraft (RPA) market, propose new protocols for wireless enabled systems and connectivity for in-flight operations acquisition of aircraft data using AQUILA to improve ...
1 Aug 2015 to 31 Jul 2018
We are developing Remotely Piloted Aircraft ("RPA") for use in scientific (ice thickness monitoring), commercial (oil, gas and mineral exploration) and state (border patrol) applications. The greatest technical challenge to the use of RPA, operating Beyond Line Of Sight ("BLOS"), is the deployment of an effective collision detection sensor, combined with ...
1 Feb 2015 to 31 Jan 2016
We are developing Remotely Piloted Aircraft (RPA) for use throughout the world in scientific, commercial (oil and mineral exploration and oil pipeline monitoring) and state (border patrol and the management of disaster relief efforts) applications. The aim of this project is to demonstrate the feasibility of software using 3D computer game technology to p...
1 Nov 2014 to 31 Oct 2015
This Proof of Concept ("PoC") project is a follow on from our RPASatComs Proof of Market ("PoM") Project 700335, in which we confirmed the market for an antenna with an electronically steerable beam, embedded in the wing of a Remotely Piloted Aircraft ("RPA"), as part of a satellite communications ("satcoms") terminal. We are developing RPA for use throug...
1 Oct 2014 to 30 Sep 2015
This Proof of Concept ("PoC") project is a follow on from our UARAD Proof of Market ("PoM") Project 700298, in which we confirmed the market for this sensor. In this project, we propose the design, development and characterisation of an all weather airborne object collision detection sensor for use on unmanned aircraft ("UA"). We are developing UA for use...
1 Sep 2014 to 28 Feb 2015
The objective of the project is to study the feasibility of manufacturing electronic and photonic components, which will be embedded within the outer skin of the wing of an unmanned aircraft ("UA"). UA are used in oil, gas and mineral exploration activities and need to be able to operate in hostile climatic conditions, including the extreme cold of the Ar...
1 Jul 2014 to 31 Oct 2014
We are developing Remotely Piloted Aircraft for use in commercial applications. In this Feasibility Study we plan to demonstrate a new user experience to better enable a remote pilot on the ground to manually control the landing of the RPA. The manual option is often used in an emergency situation. We urgently need to improve the situational awareness of ...
1 Apr 2014 to 30 Sep 2014
We are developing Remotely Piloted Aircraft ("RPA") for use in scientific (ice thickness monitoring), commercial (oil and mineral exploration) and state (border patrol) applications. The greatest technical challenge to the use of RPA, operating Beyond Visual Line Of Sight ("BVLOS"), is the deployment of an effective, all weather, collision detection syste...
1 Feb 2014 to 31 Jul 2014
We are developing small (4 m wingspan) Remotely Piloted Aircraft (RPA) for use throughout the world in scientific, commercial (oil, gas and mineral exploration and production) and state (border patrol) applications. Many of these applications require the operation of the RPA Beyond Line of Sight (BLOS) in areas with little, or no, telecommunications infra...
1 Nov 2013 to 30 Apr 2014
We are developing small unmanned aircraft (UA) for use throughout the world in scientific, commercial (oil, gas and mineral exploration and production) and state (border patrol) applications. The greatest technical challenge to the use of UA operating beyond line of sight is the development of an effective collision detection sensor. This is a requirement...
1 Sep 2013 to 28 Feb 2014
The aim of this 6 month Proof of Market project is to investigate the commercial feasibility of a miniature sensor,using electromagnetic signals and synthetic aperture data processing, to image underlying terrain in any weather conditions, in real time, from an unmanned aircraft (UA). The key features of this UASA sensor are: • range up to 1 km with a res...
1 Jun 2013 to 28 Feb 2014
The aim of this technology inspired innovation is to develop the software and hardware to enable the demonstration of a swarm of robotic airborne sensor platforms (RASPs) capable of performing tasks quickly, autonomously and far less expensively than is possible with a single sensor platform, or, performing tasks that cannot otherwise be accomplished usin...
