The Sabatti TLD is predestined for precise shots at long distances.

It can be used both as a competition rifle and as a reliable hunting companion. The barrels are cold hammered and feature Sabattis MRR running profile. The MRR barrel profile promotes, among other things, higher bullet speed, increases precision and leads to less wear on the barrel compared to conventional barrel profiles. The butt stock is individually adjustable in height. The action and barrel have a Cerakote coating. The new laminated wood shaft is particularly robust and insensitive.

The multiradial running profile (MRR®)

When comparing a traditional barrel with a polygonal and the multiradial, the latter is ideal for both traditional and solid bullets.

With multi-radial barrels, two different radii alternate, which give the bullet geometrically positive support without putting too much strain on it. In fact, the bullets are pressure formed to follow the circumference and are not cut like in the traditional barrel, extending the life of the barrel. Furthermore, there are no sharp corners like in other barrel systems where residue collects, which means the barrel stays cleaner and wear is reduced.

All tests that have been carried out show: Multiradial barrels shoot better and more precisely than traditionally shaped barrels with conventional lead bullets and with solid bullets in cal. 7.62 mm (.308) and cal. 6.5 mm (.264).

At standard pressures, the exit velocity is higher than a traditional barrel - up to 12% in certain circumstances. The bullet seals the barrel bore better so that no gas can escape to the front, which optimizes the effect of the propulsion energy. In addition, the friction between the bullet and the barrel is reduced to a minimum.

The spatial arrangement has further improved due to the extremely tight production tolerances that must be maintained when producing multiradial barrels. The multiradial barrel is ideal for the cold forging process. The consistency of the running profile created is excellent and the overall quality of the runs has been improved.

The special barrel geometry of the barrel lug in multiradial barrels enables the bullet to be guided more precisely and continuously through the chamber neck and the bullet bore than is the case with conventional barrel systems - the bullet hits the bore in the best possible way, which reduces flight abrasion.

Under the same conditions, there is less copper deposits inside the multiradial barrels, meaning less cleaning is required. And if cleaning needs to be done, it's easier than with conventional trains. The user can further improve the performance of the multiradial barrel by simply applying abrasive paste without fear of ruining the barrel as can be the case with the traditional profile.