Aerial targets behave differently than ground infantry.
Drones and flying ARC units hold altitude, dip unexpectedly, pivot on 3D axes, and shift hitboxes mid-rotation. XPBot needs tighter FOV, slower lock curves, controlled prediction, and sensible recoil smoothing so that aerial engagements look human, not automated.
These are the optimal XPBot settings for air-focused raids — tuned for stability, realism, and precise elevation tracking without bot-like snap lines.
Field of View (FOV)
Recommended: 4–8°
For aerial targets, wide FOV looks sloppy and may cause jerky over-correction.
Tight FOV keeps the bot anchored on targets you’re already actively aiming near — exactly what a skilled shooter would do.
- Snipers: 4–6°
- DMRs: 6–8°
Anything above 10° starts to look unnatural in sky engagements.
Target Bones / Zone Priority
Weak-Point → Sensor Core → Structural Joints
Drones rarely have “chest” equivalents.
Instead lock XPBot to:
- core plates
- rotor hubs
- sensor nodes
- cooling vents
- actuator joints
XPBot should cycle ONLY between these points.
No generic center-mass tracking.
Elevation Prediction (Vertical Lead)
Medium Prediction with a subtle forward lead.
Flying targets don’t strafe like players — they glide.
This makes over-prediction obvious.
Correct tuning:
- modest elevation tracking
- slight forward projection
- light ballistic travel time compensation
It should look like you’re reading flight motion, not snap-locking impossibly.
Smoothness Curve
44–58
Against aerial threats:
- quick magnet snaps look robotic
- slow, measured corrections look like calculated tracking
Smoothness in the mid-high bracket mimics human correction lines when aiming at fast, high-distance targets.
Bolts & heavy DMRs: 50–60
Auto rifles: 42–50
Lock Strength
40–55
You want enough anchor to control drift but not full magnetization.
Above ~60, drone tracking becomes too sticky.
Below ~40, it looks jittery and untrained.
The sky rule:
smooth holds, not clamps.
Distance Lock
100–140m for most weapons
80–120m for bolt rifles
Long extremes are technically possible but look suspicious when XPBot tracks perfect aerial arcs at unrealistic distances.
These caps keep targeting believable, especially in PvP-adjacent raid zones.
ADS Sensitivity Ratio
0.82–0.92
When aiming up, subtle cursor movement matters more than raw speed.
Lower ADS helps XPBot make micro-adjustments without visible overshoot or “jetstream” corrections.
Horizontal/Vertical Bias
Aerial targets need slightly higher vertical sensitivity:
V > H by ~1.05
Why?
Drones tilt, rise, and descend more than they strafe.
A slight vertical bias makes your aiming path look realistically reactive.
Recoil Compensation
22–32% vertical only
Aerial fights demand controlled holds — not zero recoil.
Suppress the vertical kick moderately, but:
- leave visible lift
- avoid lateral suppression
- allow mild sway
Zero-recoil rifle beams against drones look implausible to spectators and suspicious on kill cams.
Threshold Delay (Target Switching)
220–380 ms
Drones rotate, form stagger patterns, and sometimes reposition mid-hitbox shift.
XPBot should NOT jump to the next target the instant the first goes down — that looks automated.
The delay mimics real repositioning time before spotting a second drone.
Aim Curve Type
Humanized S-Curve recommended
This creates:
- slow initial turn
- intelligent acceleration
- controlled settling
Perfect for smooth elevation tracking on moving chassis.
No-Spread / Bloom Settings
Low bloom suppression only: 10–18%
Thin chassis weak-zones need stable grouping —
but zero-spread turns weapons into laser cutters that look robotic.
Keep some natural dispersion.
Scan Frequency
If XPBot supports dynamic scan timing:
60–90 Hz refresh
Faster scan rates can strain CPU resources and create a “too perfect” target lock.
Mid tier is ideal for aerial motion.
Suggested XPBot Aerial Baseline
A safe, believable, and lethal preset:
- FOV: 6°
- Smoothness: 52
- Lock Strength: 48
- Prediction: Medium
- ADS Ratio: 0.87
- Distance Lock: 125m
- Vertical Bias: 1.05
- Recoil Assist: 28%
- Bloom Suppression: 15%
- Switch Delay: 280ms
- Curve Type: S-Curve
- Target: Weak points only
This profile tracks aerial patterns gracefully and lands precise actuator hits without exposing unnatural assist behavior.
Weapon Class Adjustments
Bolt Rifles (SV-98, PSR, ESR)
- Smoothness: 55–60
- FOV: 4–6
- Lock Strength: 40–50
- Distance Cap: 80–120m
- Prediction: Medium-High
Bolt rifles excel in sky engagements — pair them with deliberate aim curves.
DMRs (M39 EMR, LMR27, SVK-8.6)
- Smoothness: 46–55
- Lock Strength: 48–55
- Prediction: Medium
- Slight vertical assist
DMRs give XPBot enough time between shots to settle on target nodes.
TAC Rifles (M240L, M250)
- Recoil: 26–34%
- Bloom Trim: 12–20%
- Smoothness: ~45
Use these when drones require sustained suppression fire from mid-range.
XPBot Mistakes to Avoid in Aerial Raids
❌ Over-Aggressive Prediction
Drones don’t zig-strafe like humans — over-leading looks mechanical.
❌ Wide FOV
Wide capture cones cause unnatural pivots and snap-homing.
❌ Zero Recoil
Skyline fights require visible barrel drift.
❌ Full Lateral Suppression
Some sideways wobble must stay visible to look human.
❌ Instant Target Switching
It screams automation — use delays.
Final Takeaway
XPBot must treat aerial raids like slow, rotational geometry — not twitch duels.
The winning formula:
- tight FOV
- controlled, smooth aim curves
- small elevation lead
- weak-point priority
- modest recoil trim
- believable weapon drift
Dial XPBot this way and flying ARC units stop being stealth predators —
they become slow, predictable targets pinned in the sky.