Advancing UK Aerospace, Defence, Security & Space Solutions Worldwide
  • Home
  • /
  • Space
  • /
  • Cammach Bryant clinches SaxaVord recruitment contract

Space

Cammach Bryant clinches SaxaVord recruitment contract

Aberdeen-based Cammach Bryant, has won an initial 12 month contract with SaxaVord - the UK’s first vertical launch space port - to lead a recruitment drive at the company’s launch site and ground station in Unst, Shetland and head office in Grantown-on-Spey.

Above: (left to right) Lynne Hollands (SaxaVord) Debbie Strang (Director SaxaVord) Iona Currie (MD Cammach Bryant) Jennifer Johnston (Ops Manager Cammach Bryant).
Courtesy Cammach Bryant

SaxaVord Spaceport, which recently received planning approval for its pioneering development at Lamba Ness on the UK’s most northerly island, has been designed for the launch of small rockets delivering payloads into low earth orbit. The world class facility, which is at the forefront of the burgeoning UK space business, is expected to play a key role in the future economy of Shetland, driving innovation and creating jobs and academic opportunities across Scotland.

Advertisement
ODU RT

The countdown has already begun for the UK Space Agency’s UK Pathfinder launch at SaxaVord, to be delivered by Lockheed Martin and ABL Systems, in Q4, 2022.

Cammach Bryant will initially assist SaxaVord with recruiting for key new roles in both Shetland and Grantown-on-Spey, including Chief Financial Officer, Quality Document Controller, HR Manager, Health & Safety Manager and head office support. With a current team of 24 people across sites in Shetland, Grantown-on-Spey and Germany, rapid growth to 100-plus people by 2023 is anticipated, increasing to double that number by 2024, with technical, sales, commercial and domestic and ground roles in Shetland to be fulfilled.

Speaking about the agreement, Cammach Bryant Managing Director, Iona Currie, said: "It’s extremely exciting to be supporting the SaxaVord project which will be significant for both the Shetland and Scottish economy. Cammach Bryant will be supporting the SaxaVord senior management team as they expand and develop their employer brand, which is very much encapsulated by a dynamic ‘Can do’ approach.

“We look forward to working with SaxaVord as they build a team to work in this exciting, fast growing new business sector. They already boast a number of staff who were previously in the Armed Forces or in the Oil & Gas sector, and the diverse new roles will appeal to agile, resilient, self-starters keen for a new challenge and to relocate to what are two areas of outstanding natural beauty offering fantastic lifestyles.”

Advertisement
ODU RT

Frank Strang, SaxaVord Spaceport CEO, said: “We’re delighted to have secured the services of Cammach Bryant. With their great knowledge and expertise, they will be vital in supporting our recruitment ambitions as we embark on the hugely exciting task of building and developing the UK’s first vertical launch spaceport and ground station.”

Cammach Bryant is one of Scotland’s leading recruitment agencies, with its main office based in Aberdeen. With a reputation for attracting high quality candidates, the company boasts an extensive database of exceptional people in all disciplines and wide network of international connections across the following sectors: Energy, Space and Construction - recruiting the following disciplines amongst many others: Engineering; Administration; Contracts, Cost & Planning; HR & Training; Accountancy & Finance; BD, Sales & Marketing; QHSE; Trades & Industrial; Supply Chain; and IT. Working in partnership with their clients, Cammach Bryant develops excellent, successful working relationships, allowing them to fully understand client’s need and deliver outstanding recruitment support.

 

Advertisement
Hexagon leaderboard
BAE Systems delivers US Space Force missile warning sensor system

Defence Space

BAE Systems delivers US Space Force missile warning sensor system

18 May 2026

BAE Systems has delivered the sensor subassembly and sensor system controller components for the Next Generation Overhead Persistent Infrared Polar (NGP) programme, providing advanced missile warning, technical intelligence and battlespace characterisation mission capabilities, for the US Space Force.

Iridium to acquire Aireon

Aerospace Space

Iridium to acquire Aireon

15 May 2026

Iridium Communications Inc. has entered into a definitive agreement to acquire Aireon LLC, operator of the world's only space-based Automatic Dependent Surveillance-Broadcast (ADS-B) air traffic surveillance system, with the transaction unifying the world's only space-based air traffic surveillance system with the satellite network it was ...

Tim Peake returns to National Space Centre

Space Events

Tim Peake returns to National Space Centre

13 May 2026

Ten years to the day since Tim Peake’s dramatic return to Earth, Britain’s most renowned astronaut will be returning to the National Space Centre to celebrate not only the milestone but also the continuation of his inspirational legacy.

Space mission to study alien worlds clears test milestone

Space

Space mission to study alien worlds clears test milestone

12 May 2026

The Ariel payload has cleared a major test milestone, paving the way for the mission that will uncover the secrets of over 1,000 alien worlds.

Advertisement
ODU RT
CSpO meets to advance operational efforts

Defence Space

CSpO meets to advance operational efforts

12 May 2026

The Combined Space Operations (CSpO) Initiative Principals’ Board convened in Colorado Springs, Colorado, where senior representatives from Australia, Canada, France, Germany, Italy, Japan, New Zealand, Norway, the UK and USA, addressed the rapidly evolving security dynamics of the space domain.

Surrey Space Centre delivers analysis of space weather radiation storm

Space

Surrey Space Centre delivers analysis of space weather radiation storm

11 May 2026

A spike in atmospheric radiation from a major solar flare in November 2025 was picked up by a global network of soil moisture sensors and a new rapid-response research project led by the University of Surrey will now analyse the data, offering fresh insight into how the impact of solar radiation storms varies across the Earth’s surface.

Advertisement
ODU RT
Advertisement
FIA2026 animated banner