A compound, adjustable fishing sinker comprised of a plurality of weights. All of the weights have a hole through which a fishing line may be tied, allowing any of the weights to be the initial weight put on a line. All of the weights have threaded screw shanks and threaded screw sockets, allowing the weights to be screwed together in any order, interchangeably. The system is designed to be durable and inexpensive. The weight elements, in aggregate, have a large enough mass to cause the hook to sink, but a small enough mass that they can be cast with the fishing line.

A fishing sinker including a weight, an elongate member extending from the weight, a proximate end of the elongate member attached to the weight, and an attachment point at an opposite distal end of the elongate member for attaching a fishing line is disclosed. The elongate member is configured to receive a baited hook from a side of the elongate member.

A fishing sinker including a weight, an elongate member extending from the weight, a proximate end of the elongate member attached to the weight, and an attachment point at an opposite distal end of the elongate member for attaching a fishing line is disclosed. The elongate member is configured to receive a baited hook from a side of the elongate member.

A bait rigging system is used to mount a bait fish onto a fishing line. The system includes a tubular body and a line-securing clamp. The tubular body can be inserted into the mouth of a bait fish in order to guide the fishing line through the bait fish. The line-securing clamp is mounted into the tubular body and is used to lock the tubular body onto the fishing line. The system also includes a weight adjustment arm and a weight. The weight is connected to the weight adjustment arm and causes the bait fish sink. The weight adjustment arm is connected to the tubular body and may be rotated to compensate for different sized bait fish. An arm spike is connected to the weight adjustment arm and is used to secure the weight adjustment arm to the bait fish by piercing the mouth of the bait fish.

A bait rigging system is used to mount a bait fish onto a fishing line. The system includes a tubular body and a line-securing clamp. The tubular body can be inserted into the mouth of a bait fish in order to guide the fishing line through the bait fish. The line-securing clamp is mounted into the tubular body and is used to lock the tubular body onto the fishing line. The system also includes a weight adjustment arm and a weight. The weight is connected to the weight adjustment arm and causes the bait fish sink. The weight adjustment arm is connected to the tubular body and may be rotated to compensate for different sized bait fish. An arm spike is connected to the weight adjustment arm and is used to secure the weight adjustment arm to the bait fish by piercing the mouth of the bait fish.