Aviation

Virgin Galactic completes first rocket-powered, supersonic flight of its new spacecraft, Unity

We are delighted to report on a major step forward for Virgin Galactic today, as SpaceShipTwo VSS Unity safely and successfully completed her first supersonic, rocket-powered flight. After two years of extensive ground and atmospheric testing, the passing of this milestone marks the start of the final portion of Unity’s flight test program.

The flight was also significant for Virgin Galactic’s Mojave based, sister manufacturing organization, The Spaceship Company. Unity is the first vehicle to be built from scratch for Virgin Galactic by The Spaceship Company’s talented team of aerospace engineers and technicians. They were justifiably proud today to be a part of this compelling demonstration of their capabilities in action.

VSS Unity benefits from all the data and lessons gathered from the test program of her predecessor vehicle, VSS Enterprise. Today’s flight saw an envelope expansion for the program as a whole in terms of rocket burn duration, speed and altitude achieved.

VSS Unity took off this morning into clear Mojave skies at 8:02am with Mark “Forger” Stucky and Dave Mackay in the cockpit, attached to the WhiteKnightTwo carrier aircraft, VMS Eve,piloted today by Mike Masucci and Nicola Pecile.

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The mated vehicles climbed to a launch altitude of around 46,500ft over the Sierra Nevada Mountains and while pointing back at Mojave, Eve executed a clean release of Unity. After a few seconds, Unity’s rocket motor was brought to life and the pilots aimed the spaceship upwards into an 80 degree climb, accelerating to Mach 1.87 during the 30 seconds of rocket burn. The hybrid (nitrous oxide / HTPB compound) rocket motor, which was designed, built and tested by The Spaceship Company, powered Unity today through the transonic range and into supersonic flight for the first time.

On rocket shutdown, Unity continued an upwards coast to an apogee of 84,271ft before readying for the downhill return. At this stage, the pilots raised the vehicle’s tail booms to a 60 degree angle to the fuselage, into the ‘feathered’ configuration. This unique design feature, which is key to a reliable and repeatable re-entry capability for a winged vehicle, incorporates the additional safety mechanisms adopted after the 2014 VSS Enterprise test flight accident.

At around 50,000ft, the tail-booms were lowered again and, while jettisoning the remaining oxidizer, Unity turned towards Mojave for the glide home and a smooth runway landing.

The flight has generated valuable data on flight, motor and vehicle performance which our engineers will be reviewing. It also marks a key moment for the test flight program, entering now the exciting phase of powered flight and the expansion to full duration rocket burns. While we celebrate that achievement, the team remains focused on the challenging tasks which still lie ahead.

Related Topics:first flight Virgin Virgin spaceship

Aviation

Aeroflot Buys Used Planes for Spare Parts Amid Sanctions

In the face of ongoing Western sanctions that have severely impacted Russia’s aviation industry, Aeroflot, the country’s largest airline, has devised a strategic plan to bolster its fleet’s spare parts inventory.

The airline is set to acquire five Boeing 737-800BCF freighters from Atran Airlines, a move that will allow it to dismantle the aircraft for critical components. The planes, which will be transferred to Aeroflot’s low-cost subsidiary Pobeda, will not be converted into passenger jets but instead will be stripped for valuable parts to support existing operations.

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Aeroflot’s plan to purchase these Boeing 737-800BCF freighters comes as part of a broader strategy to mitigate the effects of Western sanctions, which have crippled the Russian aviation sector. With the sanctions restricting access to essential aircraft parts and spare components, Aeroflot is exploring alternative ways to maintain and repair its fleet.

Instead of converting the freighters from cargo to passenger planes, a process deemed “unreasonably expensive” under current sanctions, the airline intends to focus on extracting high-value components such as engines, landing gear, avionics, and other essential systems.

The deal will be structured in a way that allows Aeroflot to indirectly purchase the freighters through an insurance settlement with the aircraft’s lessor, AerCap.

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The Russian government’s insurance company will reimburse the aircraft’s value, and the planes will then be leased back to local operators. This method circumvents some of the restrictions imposed by international sanctions while ensuring that the airline gains access to the necessary components to support its fleet.

By dismantling the aircraft for spare parts, Aeroflot aims to secure critical resources for the ongoing maintenance of its existing fleet. Components from the Boeing 737-800BCF freighters, such as engines and avionics, are expected to be reused in other aircraft within Aeroflot’s network, ensuring that the airline can keep its operations running smoothly