Immersion can mean many different things in video games. In some titles, immersion is centered around narrative depth or visual spectacle. In others, it comes from sound design or world-building. Yet ARC Raiders, Embark Studios’ ambitious PvPvE shooter, approaches immersion with a much more fundamental philosophy: the idea that a game’s world should deliver information in a natural way, without the player needing to rely on traditional user interface elements like health bars or status indicators.
From the very beginning of ARC Raiders’ development, the team at Embark Studios made it clear that they wanted to create more than a visually impressive shooter. They were aiming for a game where immersion wasn’t simply atmospheric but directly tied into moment‑to‑moment gameplay. As a result, one of the most defining features of ARC Raiders is its physics-driven approach to combat feedback — a system designed to replace health bars entirely, allowing the world itself to communicate with players.
This core philosophy is showcased in “The Evolution of ARC Raiders,” the studio’s ongoing documentary series exploring the project’s development. In one of the latest episodes, creative director Stefan Strandberg reveals the foundation of this design approach. His explanation offers insight into why ARC Raiders feels so different from shooters that rely heavily on HUD elements.
Why ARC Raiders Chooses Physics Over Health Bars
In many shooters, health bars are essential. They show players how close an enemy is to being defeated or how long a battle will last. But for Embark Studios, relying on UI indicators created a barrier between the player and the world. Instead, the team wanted fights to be grounded in physical responses that could be seen, heard, and interpreted naturally.
Strandberg summarized this philosophy with a simple but compelling idea:
“Allow the things in there to be real.”
In other words, if the machines in ARC Raiders are designed to behave like functional, physical objects, then their reactions to damage should be meaningful. Instead of reducing a health bar, shooting an enemy should alter the machine itself. This approach not only creates visual excitement but also deepens immersion by making the gameplay feel intuitive.
For example, when players target a drone’s thruster and successfully destroy it, the machine instantly loses its ability to stabilize or fly. The destruction isn’t cosmetic — it directly alters the machine’s behavior. As Strandberg puts it, “You don’t need a health bar to tell you that,” because the reaction itself communicates the information players need.
The decision to remove traditional HUD elements was not about making the game more hardcore or challenging. Instead, it was about trust: trusting that players can interpret visual cues, and trusting that physics can provide a meaningful alternative to UI indicators.
PvPvE Encounters Amplify the Need for Natural Feedback
ARC Raiders is not a typical shooter. It combines player-versus-player and player-versus-environment elements into a single experience where danger can emerge from any direction. In this chaotic landscape, players regularly encounter not only human opponents but also different types of ARC machines that dominate the world.
Because of this structure, the developers wanted combat clarity to come from the environment itself rather than from a cluttered interface. When players are fighting a machine, it should be obvious how much danger remains based on its physical condition, movement, or behavior — not a numerical bar floating above it.
This becomes especially important during encounters with larger machines like Wasps or Bastions. When a Wasp is shot in one rotor, it may wobble or dip. When two rotors are disabled, it may spiral downward or crash entirely. A Bastion taking heavy leg damage may kneel, stagger, or tilt under its own weight — clear signs that the machine is losing functionality.
The result is a form of visual storytelling during combat. Instead of waiting for a health bar to empty, players learn to read the situation from what they see happening on the battlefield. Every spark, every piece of debris, every stagger is a message.
“Trust the Player” — ARC Raiders’ Immersive Feedback Loop
One of the most interesting insights from Strandberg is Embark Studios’ commitment to trusting the player’s senses. He explains that humans naturally decode visual and auditory signals all the time. In the real world, people don’t need labels floating above objects to understand their state — they rely on context.
ARC Raiders attempts to bring that same natural decoding process into gameplay. The machines are designed to respond to damage in predictable but visually diverse ways. When a drone takes too many hits, its structural integrity visibly decreases. If players land shots on critical components, those parts may detach or malfunction.
This creates what Strandberg calls a “feedback loop,” where:
- Players act
- The world reacts
- The reaction tells players what to do next
Instead of glancing at UI elements, players remain fully engaged with the world. This enhances immersion by keeping attention focused on the environment rather than the corners of the screen.
Destruction as Communication: A Core Pillar of ARC Raiders
Destruction isn’t just an aesthetic effect in ARC Raiders — it’s a language.
The development team created multiple layers of damage states, movement reactions, and environmental responses that work together to form a system of intuitive feedback. For example:
- Light damage results in sparks, minor debris, or mechanical jittering.
- Moderate damage leads to slowed movement, imbalance, or structural deformation.
- Critical damage triggers collapses, malfunctioning thrusters, or total shutdown sequences.
Each state acts like a visual clue that shows players their progress in real time. Even without a UI, players can confidently determine how close they are to defeating an enemy.
This approach required extensive physics simulation and animation work. Embark Studios invested heavily in creating behaviors that feel logical within the game’s world. The machines are not simply animated robots with preset patterns — they’re designed to behave as if they exist within a real ecosystem affected by gravity, momentum, and damage.
Immersion Without Compromising Accessibility
A major concern for any UI-light game is readability. Too little information can frustrate players, making combat feel confusing or unpredictable. But Embark Studios wanted to avoid that outcome. Their goal wasn’t minimalism for the sake of minimalism — it was immersion without sacrificing clarity.
That’s where ARC Raiders’ destruction system becomes essential. Because the feedback is grounded in physics, it’s easy for players to interpret instinctively. The game doesn’t need to tell you verbally that a drone is damaged; the smoke pouring from its engine already communicates that fact.
This is one of the reasons ARC Raiders feels more accessible than many shooters that rely heavily on HUD. Instead of learning how to read abstract UI icons, players simply observe behaviors and react accordingly — something most players already understand intuitively.
The Bigger Picture: A Philosophy That Shapes the Entire Game
Episode 2 of “The Evolution of ARC Raiders” highlights how deeply this philosophy permeates the game. The destruction system, the machine reactions, the movement patterns — all these elements were built with immersion and natural feedback in mind.
The use of physics over UI is not a gimmick. It embodies Embark’s larger vision for ARC Raiders: a game where the world doesn’t just look real but behaves real. A game where strategy emerges naturally from observation. A game where combat feels dynamic, chaotic, and grounded.
By leaning heavily into physics, ARC Raiders manages to blur the line between visuals and gameplay. The world becomes both the battleground and the interface. Every fight becomes a conversation between player and environment.
And that’s what makes ARC Raiders stand out — its commitment to immersion isn’t shallow. It’s built into every layer of the experience, from enemy behavior to the smallest fragments of debris flying across the battlefield.
