Project Overview

In July 2026, the Shenzhen Natural History Museum opened its doors as the largest and most comprehensive natural history institution in South China. The venue covers more than 100,000 square meters across eight themed halls and holds 7,461 authentic specimens, taking visitors through 13.8 billion years of cosmic, geological, and biological evolution.

From the outset, the museum rejected the conventional model of static display cases and wall text. Instead, it pairs physical specimens with large-scale laser projection so that visitors move through immersive, story-driven environments rather than past isolated exhibits. Appotronics supplied more than 100 laser projectors across the site, turning the entire building into a continuous visual narrative.

The project is a reference example of how a professional AV solution can become part of a museum's curatorial structure — not an add-on to it.

The Challenge

Building an immersive museum experience at this scale raised three core engineering and design questions.

1. Projection onto surfaces that are not flat screens

The architecture calls for spherical domes, curved panoramic walls, a bowl-shaped screen, sculptural terrain models, gauze screens amd open floors. A single projector type could not cover this range, so the installation had to combine edge-blended multi-projector arrays on geometry that varies from room to room.

2. Accurate color and brightness under controlled gallery lighting

Light levels in a natural history museum are deliberately low to protect specimens and set the mood. Every projector had to hold color accuracy and contrast in both the darkest galleries and the brighter transition zones, while staying reliable over long daily running hours.

3. One coherent story across eight very different halls

Cosmos, Human, Ecology, Evolution, Home, and the shared public areas each cover a different subject and era. The hardware and content had to adapt to each scene while keeping a consistent visual language from the entrance to the final hall.

The Solution

Appotronics deployed over 100 engineering-grade laser projectors from three product families — the S Pro, S Smart, and D Pro series. Each series was matched to a specific surface, brightness requirement, and content type.

Cosmos Hall — Spherical and Wall Projection

The hall is built around a large suspended sphere representing celestial bodies. 5 S Smart projectors are edge-blended across its curved surface to show stellar evolution and moving constellations without visible seams. A further 12 S Smart and D Pro units cover the surrounding walls, turning otherwise abstract subjects — variable-star luminosity, lunar rock types, and historic star charts — into legible visual sequences.

Human Hall — 360-Degree Environmental Backdrop

In the circular Human Hall, 16 S Pro and 3 D Pro wrap the main display zone to recreate ancient landscapes and early human migration routes. Fossils and taxidermy specimens sit in front of the moving panorama, so the artifacts appear inside the environment rather than in front of a flat backdrop.

Evolution Hall — Arc Screen, Walls, and Habitat Scenery

A giant curved screen, formed by 10 S Smart projectors, recreates Mesozoic forests, rivers, and dinosaur habitats at full scale. 8 S Smart units project historical natural-history illustrations and scientific manuscripts onto the side walls, placing the fossils within the history of how life was classified and understood.

Ecology Hall — Floor Projection

8 S Smart projectors cast large-format ecological scenes directly onto the gallery floor. Visitors walk through the habitat while taxidermy specimens are staged within the projected setting, blending physical objects and digital environment in a single exhibit.

Home Hall — Regional Landscapes and Interactive Learning

The Home Hall focuses on Shenzhen's own ecosystems and conservation work. 11 S Pro projectors recreate local landmarks on curved and sculptural surfaces — sunrise over Daya Bay, the Kunpeng coastal trail, and the city viewed from Wutong Mountain. An 8-unit S Smart array fills a bowl-shaped screen with aerial footage of bays, wetlands, and coastline. 5 D Pro projectors run a documentary room on local conservation, and 2 more D Pro units drive an interactive wall where visitors press buttons to reveal information about native species.

Public Areas — Immersive Particle Tunnel

The shared circulation space is treated as an exhibit in its own right. Along the main entrance ramp, 25 S Smart projectors cover the walls and floor on three sides, creating a tunnel of flowing light particles. A single continuous "particle scroll" carries visual motifs from one subject to the next, so the ramp itself connects the museum's chapters from deep space to urban life.

Products Deployed

Every unit uses Appotronics ALPD® laser light-source technology, which holds consistent brightness and color over long operating cycles and low maintenance in a venue that runs seven days a week.

Results

• More than 100 laser projectors installed across eight halls and the public circulation areas, covering sphere, panoramic, arc, floor, bowl, interactive, and three-sided tunnel surfaces in one integrated system

• A single narrative from cosmos to city, with the particle ramp linking the halls so visitors experience 13.8 billion years of evolution as one continuous journey

• Specimens and digital scenery working as one exhibit, moving the museum beyond the traditional diorama-and-label format

• Stable, low-maintenance operation through laser light sources suited to a high-traffic public institution with extended daily hours

For museum planners and experience designers scoping a laser projector for a natural history museum or planning projection mapping across an entire exhibition hall, the project shows what is achievable when hardware is specified surface by surface at the 100,000-square-meter scale.

Explore the technology: Appotronics Projectors →

Planning a similar venue? Talk to our team →