Mobile Anti-Air Fire Team Tactics in the Ukraine Conflict

The sustained Russian missile and drone campaign against Ukraine has forced the development of sophisticated mobile anti-air fire team tactics that balance the need for broad coverage—requiring teams to be in the right location when threats arrive—against survivability requirements that demand constant displacement to avoid Russian counter-battery and suppression fires. The resulting doctrine, evolved through trial, error, and hard operational experience, represents one of the most significant air defense tactical innovations to emerge from the conflict.

The Shoot-and-Scoot Doctrine

The fundamental principle governing mobile fire team operations in Ukraine is shoot-and-scoot: engage a target, then immediately displace before the enemy can locate and strike the launcher. The doctrine's origins lie in artillery operations, where the same logic applies—a firing position that produces a trackable signature becomes a target. For air defense, the emit-and-move imperative is if anything more urgent: radar emissions, IR launch plumes, and radar cross-sections are all trackable by the sophisticated ISR systems Russia employs.

Practical implementation requires pre-identified displacement routes from every potential firing position. Ukrainian teams typically establish three to five alternative firing positions within a defended sector, connected by rehearsed movement routes that minimize exposure to key Russian observation points. Displacement following an engagement must occur within 3–5 minutes of firing to avoid retaliatory strikes. Teams rehearse this drill repeatedly until the sequence—shoot, break down, load vehicle, route march, establish at secondary—becomes a trained reflex rather than a deliberate cognitive exercise.

Team Composition

A Ukrainian mobile MANPADS fire team typically comprised 4–6 personnel in the early war period, organized around a pair of gunners (primary and backup), a vehicle driver, a radio operator and forward observer, and a team commander. For vehicle-mounted systems like Strela-10 or Gepard, the organic crew was dictated by the weapon system's design, but supplementary security elements and maintenance personnel often traveled with batteries in tactical convoys.

The Gepard SPAAG crew of three—commander, gunner, driver—was supplemented in Ukrainian practice with an additional observer in a chase vehicle equipped with a hand-held thermal imager and radio relay. This observer positioned slightly ahead of the Gepard on the expected threat bearing, providing faster target acquisition notification than the Gepard's own radars allowed in some low-altitude scenarios. The partnership between the forward observer and the gun vehicle became a defining feature of Ukrainian Gepard employment that differed from German doctrine.

Camouflage Discipline

Beyond immediate post-engagement displacement, Ukrainian fire teams developed elaborate camouflage routines to minimize detection while holding in prepared positions. Primary methods include camouflage netting with foliage insertion matched to the local vegetation type and season, vehicle thermal barrier blankets that reduce infrared signatures detectable by UAV-mounted thermal cameras, and careful route selection that kept vehicles under tree canopy or in defiladed positions whenever tactical requirements allowed.

Thermal masking proved particularly critical given Russia's extensive use of Orlan-10 and other reconnaissance drones with IR sensors. A Gepard parked on open ground generates a heat signature visible to IR sensors even hours after engine shutdown due to engine and exhaust system residual heat. Ukrainian practice evolved to require tarp covering of engine compartments after displacement halts, combined with standard camouflage netting over the entire vehicle.

Radio Silence and Communications

Radio emissions are a targeting signature as readily exploited as radar or IR. Ukrainian fire teams operating in intelligence-contested sectors implemented strict radio silence protocols between engagements, communicating by messenger or wire telephone for routine coordination. Pre-planned voice codes and brief transmission protocols, keeping radio on-air time under 20 seconds where possible, reduced the targeting dwell time available to Russian SIGINT systems. Encrypted digital burst communications—using SONET-class Ukrainian-supplied radios or donated Western SINCGARS-family radios—provided more secure alternatives that were progressively introduced as Western communications equipment arrived.

Training Requirements

The shoot-and-scoot drill, camouflage routine, and radio discipline protocols required sustained training investment. Initial transition to modern Western MANPADS typically included two weeks of tactical fire team procedures in addition to technical weapon training. Regular rehearsal at unit level—weekly displacement drills during periods of lower operational tempo—maintained proficiency. Ukrainian military training centers developed standardized evaluation exercises where teams were scored on engagement time, post-shot displacement speed, and camouflage quality as assessed by drone observers, creating objective metrics for readiness.

FAQ

What is shoot-and-scoot?

The doctrine of firing a weapon from a prepared position, then immediately displacing to a different location before the enemy can respond to the firing signature. Applied to air defense, artillery, and indirect fire weapons.

How quickly must a team displace after a MANPADS launch?

Best practice calls for displacement within 60–90 seconds for foot teams and 3–5 minutes for vehicle-mounted systems. Russian counter-fire response times are typically 2–5 minutes for artillery and longer for air-delivered munitions.

What information reveals a MANPADS team's position?

Launch plume and back-blast (visible and IR), radio transmissions, radar emissions (for vehicle systems), vehicle heat signature, and acoustic signatures from vehicle engines and movement.

How many alternative positions should a team prepare?

Doctrine calls for at least three alternative firing positions per sector, connected by rehearsed routes, allowing rotation without establishing patterns predictable to the enemy.

Can teams operate at night with the same effectiveness?

Night introduces navigation and coordination challenges but also provides camouflage advantages. Systems with IR seekers engage equally well at night; displacement and camouflage drills require night-practice to maintain proficiency.

Sources

1. US Army Field Manual FM 3-01, U.S. Army Air and Missile Defense Operations, 2020.
2. Institute for the Study of War, Ukrainian Air Defense Operational Reports, 2022–2025.
3. Freedman, L., Ukraine and the Art of Strategy, Oxford University Press, 2024.
4. RUSI Land Warfare Conference Reports, "Air Defense Lessons from Ukraine," London, 2023.
5. Ukrainian Ground Forces Command, "Air Defense Tactics Handbook" (translated excerpts), 2023.