Crossbow kickstand
View Patent ↗A crossbow kickstand accessory which may be affixed beneath a crossbow stock. The kickstand has three positions: (1) a stored position; (2) a kickstand position; and (3) a bipod position. The kickstand position is at approximately a 40 degree angle, and the bipod position is at approximately a 90 degree angle away from the stock of the crossbow. The kickstand position allows the user to set the crossbow down while the stock is in the air making it simple to set down or pick up with only one hand. While the kickstand is open in the kickstand position, it prevents any twisting or rotation of the stand or the crossbow, which will prevent the crossbow from falling over. An alternative embodiment design would move the stand forward along the stock into the stock handle position.
1. A crossbow kickstand assembly comprising:
a pair of legs pivotally affixed to a base assembly, each of said legs terminating into a respective foot, wherein each said foot is configured to provide gripping resistance against a mounting surface;
said base assembly including a mounting bracket configured to attach to a crossbow body;
a pair of springs, each spring connected from said base assembly to a respective one of said pair of legs;
a finger tap;
a hinge bolt pivotally mounting said pair of legs to said base assembly;
said legs configured to lay flush against said base assembly and said crossbow body in a first, stored position;
said legs configured to pivot about said hinge bolt away from said base assembly to a second, kickstand position;
said finger tap configured to prevent said legs from pivoting further than said second, kickstand position;
said finger tap configured to be activated, thereby allowing said springs to pull said legs to a third, bipod position generally perpendicular to said base assembly and said crossbow body; and
said finger tap further configured to be activated, thereby allowing said legs to be pivoted from said third, bipod position to either said first, stored position or to said second, kickstand position.
2. The kickstand assembly of claim 1 further comprising:
a quiver mounting plate affixed to said pair of legs, thereby spanning said legs; and
a pair of quiver mounting holes configured to receive mounting bolts for mounting a quiver to said mounting plate.
3. The kickstand assembly of claim 1 , further comprising:
a first tab configured to lock said legs from pivoting past said second, kickstand position; and
wherein said first tab is activated via said finger tap.
4. The kickstand assembly of claim 1 , further comprising an internal spring connected to said finger tap, wherein said internal spring is configured to return said finger tap to a resting position after said finger tap is released.
5. The kickstand assembly of claim 1 , wherein said legs are positioned such as to form a 35 degree to 45 degree angle between said legs and said base assembly while said kickstand assembly is placed in said second, kickstand position.
6. A crossbow system comprising:
a crossbow including a stock, a stirrup, and a foregrip;
a kickstand assembly including a base assembly, a mounting bracket, a pair of legs, each leg terminating into a respective foot, and a pair of springs, each spring connecting from said base assembly to a respective one of said pair of legs;
said kickstand assembly mounted to said crossbow via said mounting bracket, wherein said mounting bracket is placed beneath said stock in proximity to said stirrup and in front of said foregrip;
a hinge bolt pivotally mounting said pair of legs to said base assembly;
said legs configured to lay flush against said base assembly and said crossbow body in a first, stored position;
said legs configured to pivot about said hinge bolt away from said base assembly to a second, kickstand position, wherein said two legs and said stirrup produce a three-point kickstand; and
said springs configured to pull said legs to a third, bipod position generally perpendicular to said base assembly and said crossbow body.
7. The system of claim 6 , further comprising:
a finger tap connected to said mounting assembly;
said finger tap configured to prevent said legs from pivoting further than said second, kickstand position; and
said finger tap further configured to be activated, thereby allowing said legs to be pivoted from said third, bipod position to either said first, stored position or to said second, kickstand position.
8. The system of claim 7 , further comprising:
a first tab configured to lock said legs from pivoting past said second, kickstand position; and
wherein said first tab is activated via said finger tap.
9. The kickstand assembly of claim 7 , further comprising an internal spring connected to said finger tap, wherein said internal spring is configured to return said finger tap to a resting position after said finger tap is released.
10. The kickstand assembly of claim 6 , wherein said legs are positioned such as to form a 35 degree to 45 degree angle between said legs and said base assembly while said kickstand assembly is placed in said second, kickstand position.
11. A crossbow system comprising:
a crossbow including a stock, a stirrup, and a foregrip;
a kickstand assembly located within said stock, said kickstand assembly including a base assembly pair of legs, each leg terminating into a respective foot, and a pair of springs, each spring connecting from said base assembly to a respective one of said pair of legs;
said kickstand assembly located in proximity to said stirrup and in front of said foregrip;
a hinge bolt pivotally mounting said pair of legs to said base assembly;
said legs configured to lay flush against said base assembly and said crossbow body in a first, stored position;
said legs configured to pivot about said hinge bolt away from said base assembly to a second, kickstand position, wherein said two legs and said stirrup produce a three-point kickstand; and
said springs configured to pull said legs to a third, bipod position generally perpendicular to said base assembly and said crossbow body.
12. The system of claim 11 , further comprising:
a finger tap connected to said mounting assembly;
said finger tap configured to prevent said legs from pivoting further than said second, kickstand position; and
said finger tap further configured to be activated, thereby allowing said legs to be pivoted from said third, bipod position to either said first, stored position or to said second, kickstand position.
13. The system of claim 12 , further comprising:
a first tab configured to lock said legs from pivoting past said second, kickstand position; and
wherein said first tab is activated via said finger tap.
14. The kickstand assembly of claim 12 , further comprising an internal spring connected to said finger tap, wherein said internal spring is configured to return said finger tap to a resting position after said finger tap is released.
15. The kickstand assembly of claim 11 , wherein said legs are positioned such as to form a 35 degree to 45 degree angle between said legs and said base assembly while said kickstand assembly is placed in said second, kickstand position.