Many well known soaring pilots owned and flew the BA-100 as their first aircraft.
These include Dick Johnson, Richard Schreder and Joe Lincoln.
Despite its modest performance the BA-100 has been flown on many flights of over 250 mi (402 km).

One BA-100 was modified by Schweizer Aircraft, replacing the plywood cockpit pod with a steel tube one.

The aircraft were known for their poor pitch handling characteristics.
The famous aerodynamicist Irv Culver told Albatross owner Jeff Byard that the problem came from three sources.
First, the rotation axis of the all flying horizontal tail was located at 35% chord instead of slightly in front of the aerodynamic center at 25% chord.
 Second, the horizontal tail rotation hinge had high friction.
Third, the relatively soft pitch axis cable control system stored elastic energy reacting the friction in the tail hinge.
As the pilot tried to input pitch controls into the unstable tail, the friction of the tailplane hinge prevented initial movement which then stored up energy in the control cables.
The pilot then applied more force to get the desired reaction.
Eventually, the high friction would break loose and the horizontal tail would move much farther than desired due to the higher than necessary force applied by the pilot and releasing the force in the control cables.
The resulting over control often resulting in PIO and when near the ground would likely damage the aircraft.
 Culver instructed the owner to move the hinge axis forward to 24.5%, add a downspring to the pitch control, and liberally lubricate the hinge axis before each flight to reduce friction.
According to Byard, the plane flies significantly better with the improvements.

As of September 2013 there were still 12 Baby Albatross on the US Federal Aviation Administration civil aircraft register.
Many well known soaring pilots owned and flew the BA-100 as their first aircraft. These include Dick Johnson, Richard Schreder and Joe Lincoln. Despite its modest performance the BA-100 has been flown on many flights of over 250 mi (402 km).
One BA-100 was modified by Schweizer Aircraft, replacing the plywood cockpit pod with a steel tube one.
The aircraft were known for their poor pitch handling characteristics. The famous aerodynamicist Irv Culver told Albatross owner Jeff Byard that the problem came from three sources. First, the rotation axis of the all flying horizontal tail was located at 35% chord instead of slightly in front of the aerodynamic center at 25% chord.  Second, the horizontal tail rotation hinge had high friction. Third, the relatively soft pitch axis cable control system stored elastic energy reacting the friction in the tail hinge. As the pilot tried to input pitch controls into the unstable tail, the friction of the tailplane hinge prevented initial movement which then stored up energy in the control cables. The pilot then applied more force to get the desired reaction. Eventually, the high friction would break loose and the horizontal tail would move much farther than desired due to the higher than necessary force applied by the pilot and releasing the force in the control cables. The resulting over control often resulting in PIO and when near the ground would likely damage the aircraft.  Culver instructed the owner to move the hinge axis forward to 24.5%, add a downspring to the pitch control, and liberally lubricate the hinge axis before each flight to reduce friction. According to Byard, the plane flies significantly better with the improvements.
As of September 2013 there were still 12 Baby Albatross on the US Federal Aviation Administration civil aircraft register.
Bowlus BA-100 Baby Albatross