Experiments without limits.

The catalogue in numbers

Live in demos

4

Built in the LMS

12

Planned catalogue

24

Counts are the LMS inventory as of November 2026, not usage figures.

• Live

  Life sciences

  Human Anatomy Lab

  Explore the body’s systems and organs in 3D, select a structure to learn what it does, then test yourself.

  Learning objectives

  1. Name and locate organs within each body system
  2. Explain what each system does and how systems work together
  3. Check understanding with a built-in quiz
• Live

  Earth and space

  Solar System Lab

  Travel through a 3D solar system: the Sun and every planet, in order, with facts that appear as you explore.

  Learning objectives

  1. Order the planets and compare their size and distance
  2. Relate orbits and rotation to years and days
  3. Describe the Sun and the features of each planet
• Live

  Earth and space

  Geography Globe Lab

  Spin an interactive Earth, explore the continents, and compare places from the equator to the Arctic.

  Learning objectives

  1. Locate continents and countries on a globe
  2. Use latitude to explain differences between places
  3. Connect Earth’s tilt and rotation to day length and seasons
• Live

  Physical sciences

  Chemistry Lab

  Run virtual experiments, examine molecules in a 3D molecular atlas, and record results in a lab notebook.

  Learning objectives

  1. Follow a safe experimental procedure step by step
  2. Visualise how atoms bond into molecules
  3. Record observations and conclusions
• In verification

  Physical sciences

  Physics Experiment Lab

  Build and test circuits in series and parallel, change components, and write up a lab report.

  Learning objectives

  1. Compare series and parallel circuits
  2. Predict the effect of resistance on current
  3. Write a structured lab report
• In verification

  Life sciences

  Virtual Microscope Lab

  Examine specimens under a virtual microscope, adjust magnification and keep an observation notebook.

  Learning objectives

  1. Use magnification and focus correctly
  2. Identify cells and their structures
  3. Record and label observations
• In verification

  Life sciences

  Plant Biology Lab

  Take a plant apart in 3D, from root and stem to leaf and flower, and compare monocots with dicots.

  Learning objectives

  1. Describe the parts of a plant and their functions
  2. Distinguish monocots from dicots
  3. Explain how plants take in water and make food
• In verification

  Life sciences

  Animal Anatomy Lab

  Study skeletons, joints and muscles in 3D and see how muscles work in pairs to move a limb.

  Learning objectives

  1. Compare skeletons and joints across animals
  2. Explain how antagonistic muscles create movement
  3. Relate structure to how an animal lives
• In verification

  Life sciences

  DNA & Genetics Lab

  Zoom into the double helix, watch replication and protein-building, and follow alleles into gametes.

  Learning objectives

  1. Describe base pairing and DNA structure
  2. Explain replication and protein synthesis
  3. Follow inheritance through meiosis
• In verification

  Earth and space

  Deep Ocean Explorer

  Descend through the ocean’s light zones, inside a coral polyp and along the food web and global currents.

  Learning objectives

  1. Explain how light and pressure change with depth
  2. Describe ocean ecosystems and food webs
  3. Relate ocean currents to climate
• In verification

  Mathematics

  3D Mathematics Lab

  See mathematics in 3D: why a cone is one third of a cylinder, all eleven cube nets, reflection, fractions and slope.

  Learning objectives

  1. Visualise solids, nets and volume relationships
  2. Understand transformations such as reflection
  3. Connect fractions and slope to visual models
• In verification

  Higher learning (Learnorama Pro)

  Pharma 360° Lab

  Follow a medicine from tablet to membrane, receptor binding, metabolism and excretion, in 3D.

  Learning objectives

  1. Explain absorption across membranes and protein binding
  2. Visualise a drug acting at its target
  3. Relate metabolism and renal filtration to drug levels

12 more laboratories are in production. We list a laboratory here once it is built and named; until then it is not described as available.

Live

Working in the LMS and shown in school demos.

In verification

Built in the LMS; being verified before release to schools.

1. 1ExploreTurn, zoom and open a 3D model: a body system, a planet, a molecule, a cell.
2. 2ExperimentChange one thing and watch what happens, with no consumables and no risk.
3. 3RecordNote observations in the lab notebook as you go.
4. 4CheckAnswer the lab’s questions; results join the student’s reports.