The Foundation of Formation Flying in Falcon BMS

Formation flying is one of the most demanding skills in Falcon BMS, yet it is the bedrock of effective team tactics. Whether you are flying a four-ship strike package or a two-ship CAP, the ability to hold position precisely, react to changes smoothly, and communicate clearly separates competent pilots from great ones. In dynamic multiplayer environments, a tight formation directly translates to mutual support, reduced radar cross‑section, and the ability to execute complex maneuvers without separation. This expanded guide breaks down every layer of formation flying—from core principles and specific techniques to common pitfalls and advanced practice methods—so you can fly with confidence and become a reliable wingman or lead.

Core Principles Every Formation Pilot Must Master

Before attempting any formation maneuvers, internalise these five fundamentals. They apply whether you are flying a finger‑four, line astern, or fluid spread pattern.

Consistent Energy Management

Your primary job in formation is to match the lead’s energy state—airspeed, altitude, and turn rate. In BMS, throttle response is realistic; small inputs cause significant thrust changes. Practice using small, smooth throttle corrections rather than abrupt movements. A classic error is over‑adjusting: you pull power, start to fall back, then jam the throttle forward, causing a yo‑yo effect. The key is to anticipate the lead’s power changes by watching his engine RPM gauge or exhaust smoke in the visor.

Visual Reference Discipline

External visual cues are your primary tools. Use the lead’s canopy reflection, wingtip strobes, and the cross‑section of his wing to judge distance and alignment. For example, in a right echelon, the lead’s wingtip should appear just forward of your canopy bow. In line astern, you want the lead to fill a consistent portion of your windscreen—typically about two‑thirds of the width. Do not fixate; scan between the lead and your own instruments every few seconds.

Clear, Concise Communication

BMS multiplayer relies on standard brevity. Use “Clutch” (commit to formation), “Fence” (execute a turn), “Two’s in” (wingman is in position), and hand‑off calls like “Press” (continue straight). Always start a transmission with the element you are talking to and end with your call sign. For example: “Two, three’s in. Lead, two at your six.” Avoid chatter during critical phases like rejoins or combat.

Situational Awareness Beyond the Flight

While staring at the lead, you must also monitor your radar, RWR, and the surrounding airspace. In BMS, the DX (Data Exchange) symbology and the FCR can show you threats even while you are tucked in. Train yourself to perform a quick scan radar check every 10–15 seconds without drifting out of position. Use the F10 map to plan pre‑briefed reference points so you know where to look for threats when the lead calls “Bandits at 10 o’clock.”

Key Techniques for Stable Formation Flying

Positioning: Know Your Slot

Every formation has defined positions. In a four‑ship fighting wing (finger‑four), the positions are:

  • Lead (1) – sets the pace and flight plan.
  • Wingman (2) – on lead’s left, approximately 1–2 wingspans measuring from wingtip to cockpit.
  • Element lead (3) – on lead’s right, slightly aft (padded position).
  • Element wingman (4) – on 3’s left, mirroring 2’s offset.

Mastering your specific slot means understanding how your view changes with altitude and bank. For example, in a hard turn, the wingman must pull his nose inside lead’s turn radius while reducing throttle to prevent overshooting. Use the “power/pitch/power” technique: adjust pitch slightly, then throttle to hold range.

Speed and Altitude Control

The lead should announce his airspeed before maneuvers (“Lead pushing in hot, 450 knots”). As a wingman, you need to stay within ±10 knots of that speed. In BMS, the best way to fine‑tune is to use 1% throttle increments and watch the g‑meter. For altitude, avoid minute stick inputs; instead, use small pitch changes (0.5–1 degree) while adjusting throttle to maintain energy. If you find yourself drifting low, add a touch of power before correcting pitch to avoid bleeding speed.

Using the F10 Menu for Formation Commands

BMS provides an under‑used tool: the F10 menu. While in the cockpit, pressing F10 opens a list of formation commands. You can request “Rejoin on Lead,” “Echelon Left,” or “Wedge” for the AI flight. For human wings, use F10 to check your current formation code (standard position) and quickly align. This is especially helpful when rejoining after a defensive split. Pair it with a quick glance at the HUD TD box (if the lead has his TGP selected) for precise geometry.

Common Formation Types and When to Fly Them

Line Astern (Trail)

Best for low‑visibility conditions or when passing through narrow valleys. Each aircraft is directly behind the one ahead, about 1,000–2,000 feet apart. Key challenge: maintaining safe distance during turns; the trailing aircraft must cut to the inside of the turn to keep the same radius.

Echelon (Left or Right)

Standard for cruise and combat. Wingman sits off the lead’s left or right wing. The offset makes it easier to scan the other side of the flight. For rejoins, use the “turn away, then back in” method: lead banks slightly away from the wingman, giving him a nose‑on view to close quickly without overshooting.

Finger‑Four (Fluid Four)

Most tactical formation. Two elements separated vertically and laterally to improve lookout. The element lead (3) flies “padded” about 1–2 miles behind and to the side of lead. This spacing allows the flight to turn into threats without collisions. Practice element spacing by using the F10 menu to check the actual distance; aim for 0.8–1.5 nm between elements.

Combat Spread (Wall)

Used when threat vectors are unknown. All aircraft are abreast, about 1–2 miles apart. No vertical offset. This maximizes radar coverage but reduces mutual visual support. Transitioning from spread to echelon or finger‑four requires coordinated “turn toward” calls and a gradual throttle reduction by the element that is further forward.

Step‑by‑Step: A Typical Rejoin Maneuver

Rejoining after a break is the ultimate test of formation skill. Follow these steps to stay smooth:

  1. Call “Rejoin” on the flight frequency with your position relative to the lead.
  2. Identify the lead’s aspect: is he turning or straight? If turning, anticipate his turn circle.
  3. Power back (10–15% idle) to avoid an overshoot. Do not chase with your nose.
  4. Climb slightly (500–1,000 feet above lead) to get a visual on his entire aircraft.
  5. Roll inverted toward lead and pull lead’s wingtip through your canopy. Keep the turning radius tight but not so sharp that you bleed speed.
  6. As you close, reduce power gradually while lowering the nose to slide into position. If you are coming in too fast, apply a quick “gear‑up” speed brake (if available on your airframe) or a gentle 2‑g pull.
  7. Call “Two’s in” when you are stabilized 1–2 wingspans offset. Wait two seconds then confirm position with “Two’s in, right echelon.”

Common mistake: keeping power on through the entire rejoin. You must lead with deceleration. In BMS, the F‑16’s idle thrust still provides significant speed; use the speed brake (toggle with the keyboard or bind to your HOTAS) if you are faster than 40 knots above lead.

Practicing Formation Flying in BMS: Structured Training Sessions

Setting Up a Dedicated Training Mission

Use the Mission Editor to create a simple two‑ship flight. Place both aircraft on the same runway with the same fuel and load (no external stores reduces drag). Set the waypoints to a large open area like the Nellis test range. Include a pre‑recorded lead profile (AI lead flies a pattern at 350 knots, altitude 10,000 ft). Fly as wingman and practice holding position for 10–15 minutes without deviation.

  • Record your flight using the TrackIR replay (or standard tacview export). Watch the recording to see if you are drifting or making jerky corrections.
  • Set a target of maintaining position within ±5 knots and ±50 feet for at least five minutes without correction.
  • Gradually introduce turns: first shallow (bank 15°), then medium (30°), then hard (60°). Each turn will expose your throttle management weaknesses.

Flying Formations with Human Flight Leads

Joining a dedicated BMS squadron (such as the Falcon BMS community squadrons on the official forums) gives you real‑time feedback. Start in a training channel where the lead gently varies speed and direction. Focus on staying in “coffin corner” – the zone where you are close enough to be mutual support but not so close that a small mistake causes a collision. Typically, that is 1.5–2 wingspans laterally.

Practice Drills for Muscle Memory

  • Throttle only drill: Fly in trail. Do not touch the stick; use only throttle to maintain range. This forces precise power management.
  • Blind rejoin: Close your eyes for three seconds, then open them and immediately correct position. Teaches fast visual acquisition.
  • Formation turns at different altitudes: Execute 90° turns while climbing or descending 500 feet. This mimics tactical climbs to supersonic speed.

Overcoming Common Challenges

Overshooting the Lead

The most frequent issue. It happens because you are sighting the lead’s nose rather than his wingtip. To fix, look at the lead’s far wingtip (the one away from you). If that wingtip starts to move forward past the cockpit canopy, you are overshooting. Reduce power immediately and, if necessary, perform a “break‑off” and start another rejoin.

Losing Sight of the Lead in a Turn

When turning into the lead, you can temporarily lose him under your nose. Keep your head on a swivel; use the radar cursor to paint his symbol on the HSD. If you lose visual contact, call “FOX ONE” (not a missile call, but a standard brevity for “I have lost sight”) and then wing back to a pre‑briefed reference point. Do not blindly chase.

Radio Congestion or Miscommunication

During complex formations, multiple aircraft talking over each other leads to confusion. Standardize chatter: only the lead calls maneuvers (e.g., “Two, turn left heading 270”). Wingmen respond only with “Two’s in” or “Two, no radar contact.” Use the “Knock it off” (KIO) command if formations break down; everyone goes straight and levels out, then regroup visually.

Advanced Techniques for Experienced Pilots

Formation in the Supersonic Regime

Flying at Mach 1.1 or above changes throttle response because the air is thinner and engine controllability shifts. You need to anticipate lead’s afterburner transitions. Keep your finger on the AB detent; do not use AB unless the lead uses it. Practice in the vertical plane: climb to 40,000 ft and then descend while maintaining echelon.

Refueling Formation Techniques

Aerial refueling is the ultimate example of tight formation. BMS models the tanker (KC‑135 or KC‑10) with realistic turbulence behind the boom. Key steps:

  • Pre‑contact: fly in a left echelon behind the tanker, about 1,000 feet back. Wait for the boomer to clear you.
  • When cleared, move to the pre‑contact position (directly behind the boom, just below the tanker’s belly).
  • Use the “power and pitch” technique: small throttle adjustments while keeping the boom nozzle in the HUD TD box.
  • Do not stare at the boom; keep the tanker’s wingtip in your peripheral vision.

For more detail, consult the BMS official wiki for tanker procedures and the BMS Hanger formation guide (example link).

Formation with External Stores (Drop Tanks, Bombs, Missiles)

Heavy loads increase your stall speed and reduce acceleration. When flying with a lead who has different stores, expect different energy states. Use the “Delta T” (time/distance) method: if you are carrying two 600‑gal tanks and a lead is clean, you will need to stay slightly higher (500 feet) to convert potential energy into kinetic energy during turns. Communicate “Heavy” or “Light” before the flight so the lead knows to use gentle power transitions.

Tools and Resources Inside BMS to Improve

Tacview Integration

Tacview is the de‑facto flight analysis tool for BMS. After every training sortie, load the `.acmi` file. Focus on:

  • Distance from lead over time – look for cycles of closing then opening.
  • G‑loading during turns – high G spikes indicate poor anticipation.
  • Throttle axis – see if you are making large spikes or smooth curves.

Voice Communication Best Practices

Use SimpleRadio Standalone (SRS) for realistic radios. Set up a training channel with your flight. Practice silent formation hand signals (like rocking wings) to reduce radio traffic. When using SRS, ensure your transmit binds are on the stick so you do not fumble with keyboard.

Mission Editor Templates

Create a custom training template with multiple waypoints that trigger the lead to perform different maneuvers (e.g., “Waypoint 5: Execute ‘Fence Check’ – 90° left turn”). This allows you to practice against a predictable AI lead while recording your performance.

Conclusion: The Path to Formation Mastery

Perfecting formation flying in Falcon BMS is not about raw talent; it is about deliberate practice and systematic analysis. Start with the basics of throttle discipline and visual references, then gradually introduce more complex maneuvers and adverse conditions. Join a community, debrief your flights with Tacview, and never hesitate to call “Knock it off” if you feel unsafe. Over time, flying in formation will become instinctive, freeing your attention for the tactical picture. The result is a flight that moves as one unit—deadly, efficient, and professional. Keep training, keep communicating, and own the sky with your wingmen.