IWI Tavor X95 vs Steyr AUG A3

Bullpup basics and video overview

The discussion opens with a quick shooting impression of a bullpup rifle and a note that bullpups typically do not have very precise triggers, though they are adequate for practical use. The host introduces the topic as a comparison between two popular bullpup rifles: the Steyr AUG, chambered in 5.56, and the IWI Tavor, focusing on which design might be better. A brief definition of a bullpup is given: the trigger mechanism is located forward of the chamber and ejection area, which are positioned to the rear. This layout shortens overall length compared to conventional rifles where chambering and extraction occur in front of the trigger group.

Steyr AUG A3 features and ergonomics

The Steyr AUG is described as an early and highly successful production bullpup, first produced in the mid to late 1970s. Earlier versions used an integrated low-power optic, around 1.5x, believed to be from Swarovski. The rifle shown is the modern AUG A3, which replaces the fixed optic with Picatinny rail sections, including side rails used here to mount a SureFire light that can be activated with the trigger finger. The non-reciprocating charging handle is on the left side and is not ambidextrous; the receiver design prevents moving it to the right. Despite its age, the AUG is characterized as ergonomic with a comfortable recoil impulse, aided by the 5.56 chambering.

IWI Tavor X95 layout and controls

Attention shifts to the IWI Tavor, specifically the X95 generation, presented as a more modern bullpup evolution from earlier TAR-21 variants. Both the Tavor X95 and Steyr AUG have 16-inch barrels and top Picatinny rails, but the Tavor uses a standard A2-style flash hider while the AUG uses its own proprietary muzzle device. The Tavor X95 is noted for improved ergonomics and features compared to the AUG. Its charging handle is non-reciprocating and ambidextrous, allowing it to be swapped to either side. The magazine release is placed in a location familiar to AR-15 users, just forward of the trigger guard where the trigger finger naturally rests, while the AUG’s magazine release is located further back, in a position similar to where the Tavor’s bolt release sits.

Sling points, rails, and accessory mounting

The comparison moves to sling attachment and accessory mounting. The Steyr AUG’s QD sling point is positioned in an unconventional spot that appears awkward but is likely dictated by the rifle’s layout. The Tavor X95 places QD points on both sides near the front, keeping them off the top rail and out of the way. The Tavor also hides additional Picatinny rail sections under removable covers around the handguard. By pressing on textured panels and sliding them off, users can expose side and bottom rail segments for mounting lights, IR lasers, angled foregrips, or vertical grips. Some shooters partially expose these rails to gain extra gripping surface, though the practicality of mounting lights too far back is questioned due to potential shadows and interference with the support hand.

Ambidexterity, ejection, and brass management

Both rifles are set up for right-side ejection in their standard configuration, which suits right-handed shooters. Left-handed shooters can convert either rifle by installing a left-hand bolt and swapping the ejection cover to the opposite side, allowing spent cases to eject to the left. The Tavor X95 includes a brass deflector to manage ejection and direct cases away from the shooter’s face. On the AUG, brass tends to strike the rear portion of the stock, leaving visible marks; this could place ejected cases close to a shooter’s face when firing from the opposite shoulder. The safety mechanisms also differ: the AUG uses a crossbolt safety located directly behind the trigger, while the Tavor uses a selector lever in a position similar to AR-style rifles, contributing to its familiar manual of arms.

Gas systems and internal operation

The internal operating systems of the two bullpups are contrasted. The Steyr AUG was designed to replace the FAL and uses a short-stroke gas piston system similar to that rifle. A small piston located near the front of the rifle receives gas, travels a short distance, and impacts a separate strike surface attached to the bolt carrier group, driving it rearward to cycle the action before springs return it forward to chamber the next round. The Tavor X95 uses a long-stroke piston system more akin to an AK, M1 Garand, or STG-style design. In this setup, the piston and bolt carrier are connected as a single moving assembly, with gas acting directly on that unit to cycle the action. Both systems are presented as proven approaches with distinct mechanical characteristics.

Maintenance, reliability, and barrel removal

Maintenance and reliability considerations are addressed next. The Tavor X95 is described as straightforward to disassemble using a few pins and a rotating section, and its long-stroke piston system tends to keep the action relatively clean. The rifle has a reputation for reliability, which is cited as a factor in the Israeli military’s decision to adopt it over the M4 and M16 as a standard service rifle. The AUG offers a notable feature in its easily removable barrel. With the bolt locked to the rear, a lever can be actuated to rotate and remove the barrel assembly. This capability simplifies clearing severe malfunctions such as double feeds; instead of reaching into the receiver, the user can remove the barrel, shake out the obstructing rounds, reinstall the barrel, and resume firing.

Range impressions setup

After covering external features, controls, and internal mechanisms, the focus turns to how the rifles actually shoot. The plan is to take both the Steyr AUG and the IWI Tavor X95 to the range with several loaded magazines to compare their handling, recoil impulse, and control layouts under live fire. Particular attention will be paid to the differing magazine release positions, bolt controls, and overall ergonomics to determine which configuration feels more intuitive and efficient in use. The segment sets up a practical evaluation to complement the earlier technical and design-focused discussion.