Technical and Tactical Characteristics of the TM-89 Mine
- Type of mine
- underbelly/anti-track shaped-charge/high-explosive
- Casing
- metal
- Weight
- 11.5 kg
- Weight of TG-40/60 explosive
- 6.7 kg
- Diameter
- 320 mm
- Height with fuze
- 132 mm
- Armor penetration
- 200 mm at a standoff distance of 0.45 m.
- Operating life
- 30 days
- Operating temperature range
- -30 to +50 °C

The mine fuze is magnetic and is an integral part of the mine design.
The mine is laid on the ground, in the ground, or in snow manually or by means of mechanized equipment — the GMZ-3 tracked mine-laying vehicle or the VSM-1 helicopter mine-laying system.
For carrying, the mine has a removable handle made of green nylon webbing. The handle is attached to a special bracket on the bottom of the mine. If the mine is laid using mechanized equipment, the handle is removed before the mine is loaded into the carrier.
The mine has very high sensitivity to changes in the magnetic field and may detonate when a person carrying metal objects approaches it (helmet, weapon, footwear with nailed soles, etc.), or even as a result of moving the mine itself across terrain within 200 meters of high-voltage power lines, operating radar stations, and powerful radio stations. Any electromagnetic influence (magnetic field, radio emission from a mine detector) will inevitably cause the fuze to function.
The mine is searched for only by visual observation. Sappers searching for TM-89 mines must not carry any ferromagnetic objects: weapons, shovel, helmet, knife, probe, etc.; footwear must not have steel heel plates or nails.
Externally and in terms of dimensions, the TM-89 mine resembles the TM-62M anti-tank mine; however, the explosive charge in the mine casing is arranged so as to form a shaped-charge cavity.
Coloring
The mine is painted olive green.
Marking
Standard marking, applied in black paint to one of the side walls of the mine and containing:
TM-89 — mine code designation.
B-01-07 — manufacturer plant code — batch number — year of manufacture
Lethal Effect



