Telescopes & Mounts
Tripod
The least glamorous component and the one that most often limits the view.
Specifications
| Material | Steel, aluminium or carbon fibre |
|---|---|
| Leg sections | 2 or 3 |
| Load rating | 8 – 90 kg |
| Height range | 65 – 150 cm |
| Leg tube diameter | 1.0″ – 2.5″ |
| Weight | 3 – 12 kg |
Observing parameters
| Acceptable damping time | ≤ 2 s after a focuser touch |
|---|---|
| Wind sensitivity | noticeable above 20 km/h on thin legs |
| Recommended leg extension | top two sections only where possible |
| Spreader | rigid accessory tray (doubles as a weight hook) |
| Feet | rubber on hard ground, spikes on grass |
Overview
A tripod does one job: hold the mount still. Everything else on this site assumes it succeeded. Vibration from a flimsy tripod shows up as an image that will not settle after you touch the focuser, and no amount of optical quality compensates for it.
Steel is heavy and damps well; aluminium is light and rings; carbon fibre is light, stiff and expensive. Leg locks matter more than material — a loose lock will let the whole assembly creep overnight. Spread the legs as wide as the geometry allows and never extend the thinnest bottom section further than you must.
A vibration suppression pad set is the cheapest real upgrade here, and hanging a small weight from the spreader hook lowers the centre of gravity and shortens damping time.
Where it fits
Practical notes
- Set legs as wide as possible and keep the tray taut — a slack tray is a vibration source, not a damper.
- Sit the tripod on a hard surface rather than a wooden deck if you can; decks transmit footsteps.
- Hang a 2–5 kg weight from the spreader hook to cut damping time noticeably.
- Check leg locks at the start of every session; temperature changes loosen them.