Bodycam: Official 'Road to Locked and Loaded' Dev Diary

Storyline

• The dev diary does not present a mission-based narrative plot.
• Instead, it highlights systemic and presentation changes coming with the “Locked and Loaded” update (releasing September 2nd), aiming to make Bodycam mechanics feel like real body-worn footage.

Gameplay highlights & major features discussed

1) Animations built around “calm” vs “stressed” reloading

Rather than a single fixed reload animation (common in many FPS games), the update introduces two reload states:

• Calm: steady breathing, controlled hands, smoother reload behavior.
• Stressed: shaking, rushed/less precise motions, altered timing and movement during reload.

Within each state, there are multiple variations (different timings/movements) to reduce repetition.

This approach applies beyond magazine reloads, including:

• Shotgun shell insertion
• Bolt-action round loading and bolt operation
• Revolver loading behavior

2) Revolver reloading changes decision-making

Typical FPS behavior: reload replaces all remaining rounds as one uniform action.

Bodycam’s approach: reload depends on how many shots were fired:

• Fired 1 shot → replace 1 round
• Fired 3 shots → replace 3 rounds
• Empty cylinder → reload all 8 rounds

Gameplay implication: reloading becomes more tactical, since replacing fewer rounds can be faster than replacing the entire cylinder.

3) Procedural weapon positioning for non-repetitive handling

Even with the same animation set, the weapon is held slightly differently each time:

• higher/lower/offset variations

Goal: reloads and handling feel unique rather than copy-pasted.

4) Ragdoll overhaul: the “stumbling system”

The team previously focused heavily on ragdolls but felt something was missing.

New system: a fully procedural self-balancing stumbling system that:

• uses no animations or scripted collapse sequences
• dynamically tries to keep the character upright
• only triggers when the body can realistically react, such as:
  • non-lethal gunshots
  • shrapnel
  • knife wounds
  • trauma that affects balance without instantly incapacitating

5) “True body system” (camera no longer drives the body)

In many FPS games, arms are rigged/locked to the camera.

Bodycam changes this by simulating a fully simulated body, where:

• the camera is only the point of view

Gameplay implications:

• To check the magazine, you must look at it
• If you don’t look, you can miss it
• immersion and physicality directly affect information gathering

The camera behaves like an actual object attached to the character:

• turns on upon respawn, off when leaving
• readjusts naturally during impacts/sudden movement
• reacts instinctively to events (e.g., flashbang/explosion nearby → face protection)

6) Weapon stability, grip adjustments, and fatigue

• Hands are never perfectly still.
• After firing, the character readjusts grip naturally.
• Greater weapon instability leads to more adjustments.
• Under extreme stress and prolonged firing, adjustments can accumulate into hand fatigue, tying stability to physical consequences.

7) Loadouts and weapon customization affect handling and aiming

An expanded loadout system lets players modify many weapon components, such as:

• barrels, stocks, grips, magazines
• parts unlock other parts (attachment progression)

Performance/handling tradeoffs:

• more compact setups → faster but harder to control
• heavier setups → slower but more stable

Optics/aiming options:

• main sight vs side secondary optic
• aiming without optics

8) Realistic magnified optics (performance-friendly)

The dev addresses why magnified scopes are often handled poorly:

• camera zoom (fast but not physically accurate)
• picture-in-picture (realistic but expensive; may reduce FPS / look worse)

Bodycam’s claim:

• an optimized solution built on Unreal Engine’s rendering pipeline
• a new shading technique for clear, true picture-in-picture-like optics
• realistic optic shader features, including:
  • glass
  • reticle distortions
  • reflections
  • dynamic lighting

Outcome: magnified scopes behave closer to real-world optics without the same level of performance compromise.

9) New arsenal, grenades, and gadgets

Weapons mentioned:

• SG9X
• Viper
• R12 automatic shotgun
• Remington 700 bolt action sniper
• Draco
• CR-75 pistol
• expanded grenade selection

Gadgets:

• RC cars for scouting, distraction, and sending into enemies
• Drones with two control modes:
  • Casual mode: simpler, efficient for newer players
  • FPV mode: physics- and control-based on real-world behavior

Design goal: drones should feel unpredictable and pilot-driven (“fight a real pilot,” not a simple system).

Counterplay mentioned:

• precise hitbox system
• drones are destroyed by a single bullet (“one bullet and it’s gone”)
• reaction time matters (who reacts first)

10) In-game tablet UI (no menus)

Traditional menus are removed:

• weapon/attachment changes via the tablet
• start match via tablet
• scoreboard via tablet

Everything continues in real time as you operate the tablet.

Key tips/strategy implications (from the systems described)

• Reload timing & choice matters more
  • calm vs stressed reload behavior changes outcomes
  • revolver reload decisions vary with how many rounds were expended
• Magnified optics and weapon setup are tactical
  • attachments reflect control vs speed tradeoffs
  • optic/aiming mode selection should match engagement range
• Drones reward skill and fast reactions
  • mitigate threats with accurate shooting and quick response (hitbox precision helps)
• Use your viewpoint deliberately
  • since the camera doesn’t control the body, you must look physically to check gear (like magazines)

Gamers or sources featured

• No specific gamers/streamers or external sources are credited in the subtitles.
• Named internal creators:
  • Leo (creative director; records real-life movement references)
  • Brandon (animator; recreates motion for animation)