Its heavy 54 ton design means that it must be careful when crossing bridges in the country, limited to crossing freeway bridges. It can be rail transported, as most railways are able to handle the intense weight, but trailer transportation is difficult.

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FSR has claimed that a soft-kill APS system is also on the tank, though it has not released what information it has on it nor has this been independently verified as of 2017. In 2018, press footage of the tank has shown visible hard-kill APS launchers on both sides of the turret, as well as on top of the turret.

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The T-10 and all similar variants can use gun launched anti-tank guided missiles (GLATGMs). These missiles greatly extend the range at which the tank can accurately fire, and provide it with the capability to shoot down slow low flying aircraft such as helicopters. The range of the GLATGMs vary, from 6 to 8 kilometers of stated max range.

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The T-10 has an AESA radar, which is used to help detect threats to the tank. It provides an automatic firing solution for destroying a target, to which can be transferred to either the APS, the main gun, artillery units, or the Or-57 and RZ-55 aircraft.

Vihoslavia has publicly released footage of the "Asp" hard kill active protection system in use on a TVP-10 and TVP-75M, in which the APS appears to successfully shoot down frontal and top-attack ATGMs, as well as several handheld launchers. Rüze Armaments states on the product page of their website that the tank makes use of "a new suite of electronic defenses and soft-kill systems", although it is not public knowledge exactly what these soft kill systems entail or how they work.

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Similar to the T-series tanks before it, the T-10 has the ability to ford rivers with the use of a snorkel. This allows for limited crossing of small or shallow rivers.

The commander and gunner have nearly identical image sights, which both have electromagnetic and thermal sights, as well as laser rangefinders. The commander's sight is installed on the turret top, and can see in all directions, but the gunners is only able to see out of a sight to the left of the cannon. It also has a direct vision camera and a laser designator for the GLATGMs. The detection of tank-like objects for both sights is 8,000 meters in daylight, and 3,500 meters at night in thermal channels. There is also a night vision capable backup sight, which is can see tank sized objects at 2,000/1,000 meters respectively. The driver has vision periscopes and a forward looking infrared camera, as well as multiple cameras around the vehicle, which help to minimize reasons for the commander to enter the turret.

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The T-10 is powered by a V-54TK 12 cylinder diesel engine, offering 1,450 horsepower in most combat situations. Its operation range is 685 kilometers.

The tank features a Defender active protection system (APS), which is able to detect, track, and intercept anti-tank, kinetic energy penetrators, and tandem charges at speeds of up to 1,600 m/s, though the CNCS plans to get the Defender to be able to intercept targets at speeds of 3,500 m/s. It is also geared upwards to shoot at top-attack munitions, like the FGM-148 Javelin. The Yugoslovenski MOD has even claimed that the Defender can help to defeat Depleted Uranium penetrators, like the M829 series, by firing a fragmentation charge into the penetrator to drastically reduce its velocity before impact, therefore saving the tank. In the event of a successful hit to the bustle-mounted autoloader, the tank has blowout panels, which will help to protect the crew in the event of ammunition explosion.

The T-10 has an automatic transmission, giving it eight forward gears and three reverse gears. Uniquely for a Northern Casaterran design, the transmission is joined with the engine into a single unit that can be swapped out in the field in less than 30 minutes.

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The T-10 features a "mostly unmanned" turret design, with only the gunner being partially in the turret. This increases their chance of survival in the event of a fatal hit into the turret, allowing crew to outlive tanks in most combat operations. Both the chassis and turret are equipped with the Malachit dual-Explosive Reactive Armor (ERA). The tank is capable of analyzing battle situations to help the crew prioritize targets, or in extreme scenarios automatically take out significant threats. The tank can also detect and rectify crew errors in operating the tank.

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The secondary armament includes a 12.7x108 mm anti-aircraft cannon on the coaxial, and can feature a variety of weapons on the RCWS mounted topside.

The T-10 was designed over the course of 5 years, and contains a number of innovative characteristics over the T-74 series, including a bustle-mounted autoloader, a mostly-unmanned turret, and integrated combat sensors.

Initially, the T-10 was going to use the 2A84 135mm cannon, an experimental up-gunned tank cannon, however the 2A84 has yet to produce "satisfactory" results to enter series production. Another gun, a 2A83 152mm cannon was considered, but it was determined that the 125mm worked well for the threats that existed now.

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The T-10 Main Battle Tank is a next generation Northern Organization main battle tank. The first series-produced next generation tank, Letnia has produced more than 1,100 of the T-10 and is preparing production for the T-10B

The main armament of the T-10 is the 2A82-1M 125mm smoothbore cannon, a replacement for the 2A46 120 mm gun of the previous CNCS tanks. The 2A82-1M also includes a muzzle energy increase, placing it higher than the Rheinmetall 120 mm gun, the current competition from the Grand Alliance. The 2A82-1M is claimed to be "far more accurate" than the 2A46 125mm cannons, with an improved angular dispersion, though official statistics have not been released. The gun is capable of firing APFSDS, Guided Missiles, High-Explosive Anti-Tank (HEAT-FS), HE-Frag, and other rounds. The M43 Armor Piercing Fin Stabilized Discarding Sabot (APFSDS) round under development by Yugoslovenski for the 2A82-1M, which has a tungsten penetrator of 1 meter in length, is claimed to be able to penetrate 1 meters of RHA equivalent at 2 kilometers. The Vacuum-1 and Vacuum-2 APFSDS rounds by FSR, the former being depleted uranium and the latter being tungsten, boast similar, if not superior, penetration.

Variant designed and used by Sebrenskiya. Features additional cage armor around the bustle. One of three "original" variants.

Much like the T-82, the T-10 features 700 mm roadwheels per side. It is capable of a full adjustment of the suspension, allowing it to "kneel", or otherwise adjust its position, and will allow it to absorb the recoil of the 125 mm cannon in a superior fashion to the previous T-series tanks.

Variant designed and used by Vihoslavia. Slightly different interior with Vihoslavian-supplied optics. These optics were left off of the rest of the variants due to the cost. Features domestic electronics and APS systems. One of three "original" variants.