Mammoth Freighters LLC (“Mammoth”) has announced that the company signed a General Terms Agreement with STS Aviation Services (STS) to perform passenger-to-freighter conversions for the Mammoth 777 program. All work will be accomplished at STS’ facility in Manchester, UK, and the multi-year agreement covers both the 777-200LR and 777-300ER aircraft.
“Ensuring that we have the right modification capacity in place around the world to meet the robust demand for the Mammoth 777 freighter program is vital to our success,” stated Mammoth’s Senior Vice President of Operations, David Steinmetz. “STS has the experience, knowledge, capability and, most importantly, the high-quality reputation that we look for in an MRO partner. We are excited to have STS on our team and look forward to a productive, long-term relationship.”
The STS facility will also provide Mammoth with AOG, product support, and spares provisioning throughout Europe. STS acquired the Manchester facility earlier this year as part of their expansion efforts, and this constitutes their third facility in the UK. Mammoth will begin inducting 777 aircraft for modification at the facility in mid-2024.
Ian Bartholomew, Managing Director for STS Aviation Services, said “This P2F program assures stability in Manchester from day one and means we can forge ahead, investing in entry-level engineers and trainee schemes giving them development opportunities in the area of major programs and real-life aircraft engineering – when at the same time as taking capacity at Manchester to around 80% within two years of go live.”
Mick Adams, Chief Executive Officer of STS
Aviation Services in Europe, said “From the first meeting with the Mammoth
team, I could see we had the right DNA and have no doubt this will develop into
a long and fruitful relationship. We are so aligned in our approach and the
need for transparency in business, you would have thought we had worked
together for years. In STS being awarded this contract it exemplifies our
reputation, not just for MRO but for our executing highly complex and major
structural projects such as continues to be the case on the Boeing Wedgetail