Company Profile
Rocket Lab has extensive expertise in high level engineering design and analysis, as well as specific capability in hydrogen peroxide monopropellant, liquid bi-propellant, hybrid, steam and inert gas rocket engines. To date, rocket engines completed have ranged in size from 10N thrust to 30,000N. Our current focus is on the Ātea series of suborbital space rockets which are designed to launch research and commercial payloads. View the programs section for further information about our projects and view our collaborators section for details on who we're working with. Rocket Lab Key People
Prior to Rocket Lab, Peter held a distinguished career at a Crown research institute, Industrial Research Ltd, where he was heavily involved in the development of smart materials and structures, focusing on composites and the manipulation and processing of superconductors for practical applications. Peter has a practical grounding and holds an advanced trade in precision engineering. This practical grounding has enabled Peter to maintain the ability to manufacture and complex prototypes throughout his career. Peter has built a number of propulsion systems including, inert gas thrusters, H2O2 mono and bi-propellant, liquid fuel bi-propellant, solid and hybrid. As technical director, Peter takes a hands-on approach in all areas including design manufacturing and testing. As CEO Peter enjoys the high level strategy, government liaison and growth of the business.
Mark is a keen space enthusiast and was the first New Zealander to book a ticket into space with Virgin Galactic. Over the years he has developed a wide network within the international space community and is passionate about developing the privatisation of space access and research. Nikhil Raghu, Senior Engineer - Nikhil joins Rocket Lab from an aerospace background and is responsible for high level analytical computations. Nikhil leads the CFD and structural code modelling, vehicle trajectory, thermodynamics and composite structures within Rocket Lab. Nikhil holds a Master of Engineering degree, specialising in failure analysis of advanced composite structures and has presented a number of papers in the propulsion field. He is very hands on and is involved in all propulsion testing and data analysis. CollaboratorsRocket Lab is currently working with key research and business collaborators to provide access to space for both space research and commercial ventures. Rocket Lab's collaborators are currently involved in various aspects of our Ātea rocket development program, view our collaborators page for further details. Environmental ConsiderationsRocket Lab's philosophy is to make our technology as environmentally friendly as we practically can. We believe there are a number of exciting opportunities to develop greener rockets. In particular, we are working to develop bio-derived hybrid fuel grains, solid fuel binders and liquid fuels. Ātea-2 Rocket Vs Car C02 Output - An average car produces approximately 2,000 kg of C02 per year, (based on 5,000 miles of travelling). A single Ātea-2 rocket produces 14 kg of C02 per launch - roughly equivalent to running one car for three days. |