The manned glider has successfully finished flight test, and shows extremely good flight characteristics. Total weight is under 2.5 tons for the 1 man version, it is very agile and controllable.
While the parachute deploy technique is not perfect, the glider came down safely with only minimal damage. The only part that was destroyed in the landing was a 100$ camera.
Finally the time came to mount it to a rocket and send it into orbit. The Vanguard booster was still the only available option for orbital speed, and it is extremely problematic. It is basically too long and can start wobbling like a sausage. If the flight control does not take the right actions like disabling SAS, it can break apart. But the Air Force is making some changes to the booster that could benefit all US launches.
The program has already produced a small success for the Air Force. It demonstrated the first successful docking between two spaceships, when the glider turned 180 degrees and docked to it's upper stage, which serves as a mothership.
Final docking approach was made with a forward mounted camera, which appears to be a workable solution.
While US lifting capability is still extremely limited, the Dyna-Soar project has covered a lot of ground in space technology. The orbital mission has yielded a lot of experience, that can be used to design future spacecraft.
Currently the spacecraft is still in orbit.