Game UI/UX and HUD Design Services

UX in gamedev is not textbook psychology. It is an understanding of how a player reads the screen during stress, makes decisions in fractions of a second, and builds a mental model of the game world. When we provide game UI/UX design services, the work begins not with wireframes – it begins with a question: what exactly should the player understand, feel, and do on every screen?

The first step is building the User Flow. We map the player’s entire journey: from the first loading screen to key gameplay loops and exit points. This is not a formality. User Flow allows us to identify logical gaps before an artist draws a single pixel. At this stage, we determine how many steps a player needs to perform each action – and where unnecessary clicks can be removed.

Next comes the information architecture. What data is critical, what is secondary, and what can be hidden in submenus. The hierarchy of information on the screen must be intuitive: the player does not read the UI consciously; they perceive it through peripheral vision. We build the structure so that the most important elements fall into the zone of natural focus without cognitive load.

As a leading game UI/UX design company, we treat the development of visual language and the Style Guide as a separate discipline within our pipeline. Color systems, typography, grids, iconography, and interactive states (hover, active, disabled, error) are all recorded in a document that lives and scales with the project. In our experience, studios that save on a Style Guide at the beginning pay twice as much for a redesign six months later – when UI elements start to contradict each other in details.

Our UI/UX game art services pay special attention to iconography. An icon in a game UI operates under conditions of extreme compactness: 32×32 or 48×48 pixels, alongside dozens of other elements, against a complex background image. We design every icon considering silhouette readability and color contrast, strictly testing them at the actual resolutions of the target platforms.

Navigation and menus are high-risk zones. This is where it is easiest to lose a player, especially in mobile games with a lot of content. We build navigation systems based on the “three touches to any action” principle: the maximum depth of navigation depth is three steps from the main screen. If the content architecture requires more, we introduce contextual shortcuts and breadcrumb navigation.

The balance between a game’s unique style and familiar interaction patterns is a constant design decision. A player expects the “back” button to work in an expected way, the inventory to open with a similar gesture, and notifications to appear in a predictable place. These patterns should only be broken if it provides a significant narrative or gameplay effect. In all other cases, it is simply friction that slows the player down without benefit.

When a team is looking to find game UX designers or needs to hire game UX expert talent who understands both the visual part and product logic – we cover both tasks within a single pipeline without outsourcing to third parties. This reduces the number of iterations and keeps the visual language unified from the first wireframe to the final export into the engine.

For mobile platforms, there is an additional layer of work. Providing video game UI design services for mobile requires accounting for safe zones for cutouts and rounded screen corners, a touch target size of at least 44×44 pt for any interactive element, and refining UI behavior when the device orientation changes. A player holds a phone in different positions, in different lighting conditions, and often with one hand – and the interface must remain functional in each of these scenarios.

Studios that choose to hire game UX designers through our mobile game UX/ui services benefit from mandatory prototyping before the final visual solution. We assemble clickable prototypes in Figma and test the User Flow on real scenarios: how the player goes through onboarding, where confusion arises, and how much time is spent on critical actions. Only after the logic is confirmed on the prototype do we move to visual development. This saves up to 40% of the time on reworks and allows the client to see the interface in action long before integration into the engine. We separately record all decisions in a UI Annotation document: why this specific pattern was chosen, what alternatives were considered, and what the selection criteria were. This resolves questions when handing the project to new team members and simplifies developer onboarding.

The HUD is the most honest test of UI. It operates in real-time when the player is busy with action, not looking at the screen consciously, and not ready to process information. Any extra detail in the HUD is visual noise that costs the player a reaction, and sometimes the character’s life.

Work on the HUD begins with an analysis of the game loop: how often the player needs each type of data. Health – constantly. Map – periodically. Kills/Deaths (K/D) ratio – situationally. Based on this frequency, a display hierarchy is built: critical data is placed in peripheral vision zones (bottom left and bottom right corners), while secondary data is in the upper part of the screen. This is not a matter of taste; it is the result of years of eye-tracking research in the gaming industry.

The readability of fonts in the HUD is a separate technical task. A game font must be readable at high speed, on any background, and under dynamic scene lighting. We use outlines, drop shadows, and background plates only where truly necessary – an excessive amount of decor kills readability faster than its absence. The base text size in a HUD starts from 24pt or 28pt for console projects with TV distance and from 14 pt for mobile.

The implementation of UX in game design is always a question of immersion. We distinguish between diegetic and non-diegetic HUDs – and select the type based on the genre and narrative goals of the project. A diegetic HUD (health as a physical element of the world – a scale on the character’s bracelet, digits on a car’s dashboard) enhances immersion and works in games with a strong narrative. Non-diegetic – the classic overlay – is universal and easier to scale for different resolutions. Often, the optimal solution is a hybrid system: some data is built into the world, while some is moved to the overlay for gameplay readability.

Adaptability to different resolutions is a mandatory criterion. A HUD developed for 1920×1080 must work correctly at 4K, on ultrawide 21:9, and on mobile 390×844. We build a component structure for HUD elements with anchor points and relative sizing, allowing the engine (Unity UI or Unreal UMG) to scale them without manual adjustments for every device.

Minimizing visual noise is a principle that permeates the entire pipeline. Every HUD element must justify its presence on the screen: what does this information give the player right now? If the answer is “nothing,” the element is either removed or moved to a dynamic visibility and appears only when the value changes. Dynamic HUD elements (appearing when taking damage, disappearing during quiet moments) reduce cognitive load and make the UI more organic.

HUD element animation is not a decoration, but a functional tool. A shake when taking critical damage, a pulsing low-health indicator, a smooth fill of the experience progress bar – each of these movements conveys information faster than a number or text. We design animations with clear distinctions: feedback animations (reaction to player action) must trigger instantly – with no more than 100 ms of delay; ambient animations (idle states of elements) must not compete with the game scene for attention. We also plan the audio accompaniment for UI animations at the design stage: specifying timings and the nature of the sound in the documentation so the audio team can synchronize without additional edits.

Technical optimization for engines is part of our work, not the job of a separate specialist. We deliver HUD elements in formats ready for integration: atlas sprites for mobile projects, component prefab structures for Unity, and widget blueprints for Unreal. All transition animations – fade, scale, slide – are written with the draw call budget in mind, which is critical for mobile gameplay at 60 fps.

For clients considering game UX design outsourcing, we offer a full cycle: from wireframes and prototyping in Figma to handing over final assets in the engine with technical documentation. The team can be connected within 48 hours – this is our standard for any project, regardless of genre or platform.