About this asset

This wall-mounted air conditioner 3ds Max model features a sleek, modern white casing and integrated sensor for precise climate control. Designed as a standard split-system indoor unit, this model features a clean, minimalist rectangular profile with a glossy white finish. The assembly consists of the main evaporator housing with a lower-profile intake section and a visible sensor module on the left-hand side. The proportions are typical of contemporary residential or light commercial wall units, prioritising a low-profile aesthetic that integrates seamlessly with interior wall surfaces. The detailing includes subtle indicator lights and refined panel seams, capturing the clean lines expected in modern HVAC hardware for high-end interior visualisations.

The download is a 3.3 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, this unit is structured as a single object, allowing for straightforward placement on wall surfaces or within interior scenes. Users can easily align the backplane to wall geometry using standard snapping tools. The material setup utilises basic plastic shaders, which can be adjusted with standard material editors to match the desired reflectivity or surface finish. It is best placed as an instance when populating multiple rooms to maintain scene efficiency and consistent scale across the model.

This unit is suitable for residential interiors, office spaces, and commercial retail environments where climate control equipment must be represented accurately. It pairs effectively with modern interior designs, serving as a functional detail in living rooms, bedrooms, or administrative offices. Professionals looking for HVAC components for architectural visualisations will find this model useful for adding technical realism to wall-mounted elevations or interior perspective renders, ensuring that mechanical services are properly represented in the overall design package.