The mine has a ribbed plastic case which is olive green, brown or sand colored. The mine has a central raised pressure pad on the top surface of the mine, but is designed to operate even with the mine upside down. Pressure on the mine forces air through a diaphragm into a small rubber air bag, which inflates. As the bag inflates it pushes a shutter, which in turn removes the striker retaining lug. The striker is free to impact the detonator. The mine requires a constant pressure of approximately 2 to 5 kg for an average of 0.11 seconds before the fuze will detonate. This allows the mine to be laid in a high density pattern without the shock of a detonation impacting the nearby mines.
The design of the TS-50's fuze gives it a large degree of resistance to explosive overpressure clearance techniques, because the short sharp shock from an explosion does not last long enough to force enough air into the air bag to trigger the mine. This feature, combined with the use of non-magnetic metals used in the mine, make it difficult to clear using conventional techniques. A metal "detector" disc is provided with the mine to make it more detectable, however it is rarely used.
Additionally, the mine is waterproof and can be used in shallow water. The mine can be either laid by hand or scattered by helicopter from the DAT mine dispenser system.