Hi,
I thought I'd share this one....... If you're a landscaper photographer or perhaps a birder, you might have had occasion to put your tripod up in some pretty appalling ground - sand, wet mud, salty mud, marsh, etc - gritty, sandy, rocky soft stuff. I learned the hard way many years ago that this wrecks tripods. And very quickly. The sand and the mud gets into the tubes and clamps. If you can't wash them and don't have the tools with you in the field to disassemble and clean them internally, you have to keep using them until the end of the trip. Result - corrosion and scoring, and nothing sliding and locking smoothly. A good aluminium tripod ruined. I also learned that although they don't corrode, carbon fibre fares just as badly in the scoring and scratching department.
Solution - reverse the legs on your tripod. This won't work for all makes, but certainly does for some......... If you reverse them so that the thinnest leg is at the upper end of the leg, the clamps come to the top and you can seal the open end of the bigger (outer) tube, now at the bottom, and you can stick this into the mud just as much as you like....... This isn't an original idea. Gitzo actually used to make a few tripods like this. They looked a bit odd, but it was the best idea since sliced bread.
Use a lathe, or get the help of a machinist friend..... It may not work for every make and style, but it works for Manfrottos. I got a friend to modify my manfrotto (Bogen) Art 190 many years ago and I still use it. I'm planning a little photographic project in the local mangroves and dragged it out of the shed..... The photos below explained how it was modified.
Hope this is useful to someone. It would have saved me the loss of two metal tripods and a carbon fibre one.....
Cheers, Rod
Bush made to fit where thickest tube came out of yoke with inside diameter machined to take thinnest tube.
New leg end made to fit onto thickest tube and seal it. Adds 75mm (3") length. Epoxied into place.
End result. Sand, mud and water cannot contaminate the sliding sections of the legs
And fully extended.....Note fattest tubes are at the bottom.
I thought I'd share this one....... If you're a landscaper photographer or perhaps a birder, you might have had occasion to put your tripod up in some pretty appalling ground - sand, wet mud, salty mud, marsh, etc - gritty, sandy, rocky soft stuff. I learned the hard way many years ago that this wrecks tripods. And very quickly. The sand and the mud gets into the tubes and clamps. If you can't wash them and don't have the tools with you in the field to disassemble and clean them internally, you have to keep using them until the end of the trip. Result - corrosion and scoring, and nothing sliding and locking smoothly. A good aluminium tripod ruined. I also learned that although they don't corrode, carbon fibre fares just as badly in the scoring and scratching department.
Solution - reverse the legs on your tripod. This won't work for all makes, but certainly does for some......... If you reverse them so that the thinnest leg is at the upper end of the leg, the clamps come to the top and you can seal the open end of the bigger (outer) tube, now at the bottom, and you can stick this into the mud just as much as you like....... This isn't an original idea. Gitzo actually used to make a few tripods like this. They looked a bit odd, but it was the best idea since sliced bread.
Use a lathe, or get the help of a machinist friend..... It may not work for every make and style, but it works for Manfrottos. I got a friend to modify my manfrotto (Bogen) Art 190 many years ago and I still use it. I'm planning a little photographic project in the local mangroves and dragged it out of the shed..... The photos below explained how it was modified.
Hope this is useful to someone. It would have saved me the loss of two metal tripods and a carbon fibre one.....
Cheers, Rod
Bush made to fit where thickest tube came out of yoke with inside diameter machined to take thinnest tube.
New leg end made to fit onto thickest tube and seal it. Adds 75mm (3") length. Epoxied into place.
End result. Sand, mud and water cannot contaminate the sliding sections of the legs
And fully extended.....Note fattest tubes are at the bottom.




