Bipod assembly with terrain-gripping end effecters
A bipod comprises first and second tubular, spring-loaded telescopically extendable legs terminating distally in substantially triangular, claw-like end effectors. Each end effecter includes a substantially planar central segment having an upper surface defining a polygon resembling a truncated triangle with the first, second and third corners projecting downwardly at an acute angle. The first second and third downwardly projecting corner segments define substantially planar, triangular claw members, and so form a cup-shaped three pointed claw ideally well suited to grasp but not sink into any terrain surface.
1. A bipod assembly comprising:
(a) a clamp body mounted on first and second bipod legs for supporting a firearm, said first and second bipod legs having a proximal end hingedly attached to said clamp body;
(b) said first and second bipod legs each having a distal end opposing said proximal end, wherein said distal end carries an end effecter;
(c) said end effecter comprising a central substantially planar six-sided polygon central segment of a truncated triangle shape having alternating short and long sides from which depend first, second and third radially spaced triangular claw members;
(d) said short sides defining truncated tips;
(e) said first, second and third claw members depending downwardly respectively from said short sides at a selected angle substantially 80 degrees from horizontal when said central segment is in a substantially horizontal orientation to define a cup-shaped three pointed surface engaging support configured to grasp and laterally compress, but not sink into a terrain surface;
(f) said claw members defining a pair of triangular angularly disposed wall segments having abutting edges depending from said short sides and terminating in a point; and
(g) said abutting edges of each claw member spaced outwardly from said claw member beyond an imaginary vertical plane intersecting said short side.
2. A bipod assembly of claim 1 , wherein said claw members terminate distally in pointed distal ends.
3. A bipod assembly of claim 1 , wherein said claw members terminate distally in wall segment distal linear edges.
4. A bipod assembly of claim 1 , wherein said end effecter is made of metal.
5. A bipod assembly of claim 4 , wherein said metal comprises steel.