BRAA is a standardized tactical reporting format used in air-to-air operations to describe the position and motion of an airborne contact relative to the receiving aircraft.
It provides four critical pieces of information in a fixed order so pilots can rapidly build situational awareness without ambiguity.
BRAA stands for:
Bearing – Range – Altitude – Aspect
What each element means (precisely)
Bearing
The direction to the contact, expressed in degrees from the nose of the receiving aircraft (relative bearing), unless otherwise specified.
Example: “BRAA 320” means the contact is 320° relative to your aircraft’s heading.
Range
Distance to the contact, almost always in nautical miles (NM).
Example: “/15” means 15 NM.
Altitude
The contact’s altitude, typically expressed in thousands of feet MSL.
Examples:
- “Angels 20” = 20,000 ft
- “Low” / “Very low” may be used if precise altitude is unknown
Aspect
The direction the contact is moving relative to you.
Common aspect terms:
- Hot: Target is flying toward you
- Cold: Target is flying away from you
- Flanking: Target is moving left or right across your nose
- Beaming: Target is near 90° aspect (perpendicular)
Full BRAA example (decoded)
“BRAA 320/15, Angels 18, Hot”
Means:
- Target is 320° relative bearing
- 15 NM away
- At 18,000 ft MSL
- Flying toward you
In one short sentence, you now know:
- Where to look
- How far
- At what altitude
- Whether the threat is increasing or decreasing
Why BRAA exists (and why it’s not optional)
BRAA is designed for:
- Speed: Minimal words, maximum information
- Clarity: Fixed order prevents confusion
- Mental picture building: No need for a moving map
- Controller-pilot integration: Works with GCI, AWACS, and flight leads
It is the backbone of:
- Intercepts
- BVR engagements
- Defensive reactions
- CAP management
- Situational awareness in radar-silent or degraded environments
BRAA vs other reference systems
- BRAA: Relative to your aircraft
- Bullseye: Relative to a fixed reference point
- Radial/Bearing: Relative to a navigation aid
BRAA answers:
“Where is the contact relative to me, right now?”
Application in DCS World
BRAA calls are everywhere in DCS multiplayer and semi-realistic scenarios:
AI AWACS
- Provides simplified BRAA-style calls (bearing/range/altitude)
- Aspect information is often inconsistent or missing
Human GCI / AWACS (LotATC + SRS)
- Full, doctrinal BRAA calls
- Real intercept geometry
- Aspect updates (“hot → flanking → cold”)
- Threat prioritization
Pilot usage
- BRAA is used to:
- Turn sensors correctly
- Set radar scan volumes
- Decide commit/abort
- Coordinate multi-ship tactics
Training relevance for cadets
Cadets must learn to:
- Instantly translate BRAA into a mental picture
- Turn the aircraft correctly without hesitation
- Adjust radar azimuth/elevation based on BRAA
- Anticipate intercept geometry from aspect alone
If a cadet asks:
“Can you repeat that?”
…they are already behind the fight.
BRAA literacy is not “advanced”.
It is entry-level competence for any air-to-air pilot.