Where the intermediate cuneiform bone sits in the skeleton
The intermediate cuneiform bone is the middle and smallest of the three cuneiform bones. It articulates with the second metatarsal. There is one on each side of the body. It meets the navicular behind and the medial and lateral cuneiforms on either side. It is shorter than the other two, so the base of the second metatarsal reaches back into the gap and is held among all three cuneiforms.
Frequently asked questions
Which part of the skeleton is the intermediate cuneiform bone in?
The intermediate cuneiform bone is one of the bones of the foot. The foot is made of seven tarsal bones, five metatarsals, fourteen phalanges and the sesamoid bones.
How many bones are in the foot?
Each foot has 26 bones: seven tarsal bones, five metatarsals and fourteen phalanges in the toes, plus small sesamoid bones.
Is there one intermediate cuneiform bone or a pair?
The intermediate cuneiform bone is paired: there is one on the left and one on the right, and this page covers both.
Why is the intermediate cuneiform shorter than the others?
It is the smallest of the three, so its front end sits further back. The base of the second metatarsal fills that space and is locked between the medial and lateral cuneiforms.
Other bones of the foot
- Talus
- Calcaneus
- Navicular bone of foot
- Cuboid bone
- Medial cuneiform bone
- Lateral cuneiform bone
- Sesamoid bone of foot
- First metatarsal bone
- Second metatarsal bone
- Third metatarsal bone
- Fourth metatarsal bone
- Fifth metatarsal bone
- Proximal phalanx of big toe
- Distal phalanx of big toe
- Proximal phalanx of second toe
- Middle phalanx of second toe
- Distal phalanx of second toe
- Proximal phalanx of third toe
- Middle phalanx of third toe
- Distal phalanx of third toe
- Proximal phalanx of fourth toe
- Middle phalanx of fourth toe
- Distal phalanx of fourth toe
- Proximal phalanx of little toe
- Middle phalanx of little toe
- Distal phalanx of little toe
Compare with similar bones
Bone counts
By region
Read more
Related reading
- Sarcopenia: what to measure, and what to do, when muscle and strength decline
- What getting up from a chair says about how your body is ageing
- Why ageing bone marrow turns to fat, and a PEMF study in mice
- PEMF and whole-body vibration: two rhythms that reach the body
- Myokines: the signals working muscle sends to the body
- Ageing parents: the changes families notice first
Once the 3D model loads you can turn it and select each part.