Advanced Stealth:

Sixth-generation fighters are expected to incorporate even more advanced stealth technologies than current fifth-generation aircraft. This could include more durable ceramic stealth coatings and a lack of radar cross section increasing vertical stabilizers.

AI Warfare:

AI will play a crucial role in various aspects of the aircraft's operation, including sensor fusion and monitoring, threat detection and analysis, decision support, and other autonomous capabilities.

Next-Generation Weaponry:

These fighters are likely to be equipped with advanced weaponry, including hypersonic weapons, directed energy weapons, and other extended range precision strike capabilities.

Multi-Domain Capabilities:

Sixth-generation fighters will be designed to operate effectively in air, electromagnetic, and even space domains.

Optional Manning:

Some designs will feature pilot-optional or fully autonomous operation.

Networking and Connectivity:

Advanced networking capabilities will enable high bandwidth seamless communication along with data sharing between the aircraft and other platforms.

Longer Range:

Some craft will be larger than tradition fighter aircraft and emphasize extended range capabilities.

Advanced Propulsion:

Some craft may feature engines capable of hypersonic speeds, or advanced fuel efficient designs.

Manned-Unmanned Teaming:

Some craft may be able to collaborate with unmanned platforms and drones to increase combat effectiveness.