Hey gang,
I'm a proud new Scope Buggy owner and I have a set up question for you all. I plan on calling Robert at Scope Buggy tomorrow morning but I thought some here might have some insight.
Tonight as I was assembling the unit I could not find any way of positively locking the rear axels into the T-Bar (no pre-drilled holes nor hardware). Are the rear wheels and axels held in place solely through the tension provided by the telescopes tripod? If so, should I assume that the Scope Buggy is not designed to be pulled without a tripod in place? (the rear wheels would pull out of the T-Bar if a turn was made). This seems counter intuitive to me, am I doing something wrong or is this "free/floating fitting" actually a design feature which allows the tripod more height adjustment flexibility?
Thanks for any help or insight you might have.
Jerry
I'm a proud new Scope Buggy owner and I have a set up question for you all. I plan on calling Robert at Scope Buggy tomorrow morning but I thought some here might have some insight.
Tonight as I was assembling the unit I could not find any way of positively locking the rear axels into the T-Bar (no pre-drilled holes nor hardware). Are the rear wheels and axels held in place solely through the tension provided by the telescopes tripod? If so, should I assume that the Scope Buggy is not designed to be pulled without a tripod in place? (the rear wheels would pull out of the T-Bar if a turn was made). This seems counter intuitive to me, am I doing something wrong or is this "free/floating fitting" actually a design feature which allows the tripod more height adjustment flexibility?
Thanks for any help or insight you might have.
Jerry