1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)

1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)

£899.99 £1,199.99
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1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
  • 1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)
1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)

1kg Cube Collection (Tungsten, Titanium, Copper Aluminium)

£899.99 £1,199.99
Taxes included. Shipping calculated at checkout.

Four metals, four very different cube sizes, exactly the same mass. A one-kilogram comparison that makes density visible at a glance.
In the box
Custom flight case
Delivery
Free UK delivery in 1 to 3 working days. Free worldwide on orders over £49.99, 2 to 7 days. Import fees may apply.
Returns
Return within 14 days of delivery. Returns policy
Guarantee
One year against manufacturing faults.

About this piece

One kilogram is the control

The 1kg cube set fixes one variable: every cube weighs the same. Tungsten, titanium, copper and aluminium then show their differences through volume. The denser the metal, the less of it is needed to reach one kilogram; the lower the density, the larger the cube becomes.

Four metals explain the idea

Seen together, the progression does the explaining. Tungsten occupies the least space. Copper needs more. Titanium expands further, while aluminium produces the largest cube of the four. You can understand the relationship before lifting anything, then feel the same kilogram repeated across four different forms.

This is material density turned into a physical comparison rather than a table of figures. Explore more metal cubes, go deeper into tungsten cubes, or compare the set with other titanium cubes from Project Atomic.

The collection is for anyone who wants to see what a kilogram actually looks like when the element changes.

Questions

Which metals are in the set?

The set contains four 1kg cubes: tungsten, titanium, copper and aluminium. Each has the same mass but a different physical size, turning the difference in density between the four metals into something immediately visible and tactile.

Why are the cubes different sizes if they all weigh 1kg?

Because each metal has a different density. A denser material needs less volume to reach 1kg, while a less dense material needs more. That makes tungsten the most compact cube in the set and aluminium the largest, even though both, and the titanium and copper cubes between them, have the same mass.

What does the flight case hold?

The custom flight case houses the complete four-cube collection together. It keeps the 1kg tungsten, titanium, copper and aluminium cubes organised as one set and provides a practical way to store and move four dense metal objects with very different physical dimensions.

Do all four cubes in the set really weigh the same?

Yes. The point of the collection is that each cube has a mass of 1kg. Because tungsten, copper, titanium and aluminium have different densities, they need different volumes of material to reach that same weight, so the physical size of each cube changes.

Which cube is largest and which is smallest?

The aluminium cube is the largest, while the tungsten cube is the smallest. Copper and titanium sit between them. That size progression is what makes the set useful: with mass held constant at 1kg, the difference in density becomes visible in the dimensions of the cubes.

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