Squirrel Traps
Grey squirrels may look harmless in the garden, but in the UK they are one of the most destructive pests. They chew through loft insulation and electrical wiring, strip bark from trees, and raid bird feeders.
Left unchecked, infestations can become both costly and stressful.
Squirrel traps are devices used to capture squirrels, often for pest control or relocation purposes. Common types include live traps, which allow for humane capture, and snap traps, which kill the animal quickly.
In the UK, grey squirrels cannot be released once caught.
Traps should be placed in areas with signs of squirrel activity.
Pre-bait traps for several days to increase success rates.
Live traps should be checked at least once every 24 hours.
Legal to trap grey squirrels without a license, but check local regulations if on protected land.
Must ensure humane dispatch of captured squirrels; drowning is illegal.
Using traps effectively can help manage squirrel populations and prevent damage to property.
Egg Traps are a classic predator trap which worked equally well for birds and mammals. Unusually, compared to most of the gin traps of the same period, the Egg Trap is a bait trap rather than a tread trap.
The jaws are set in a horizontal position with one jaw is secured beneath a catch which is held in place by the weight of an egg, placed on the carrier. When an animal lifts the egg or breaks it,
the catch is released and the jaws snap shut.
A hen's egg is placed on the brass loop and holds the bait clip down so that when a fox or crow etc grabs the egg the trap is set off. Now illegal to use.
Designed to be set up indoor (in barn, hen house or attic) or outdoor in places and covered with straw or leaves, making it look like a nest. The trap is activated when the animal removes the bait. I
These are a particular design of trap with an unusual trigger mechanism. They were developed specifically to target predators using an egg for bait.
Choker Mouse traps are a very common style of mouse trap and although many different types exist, the principle of the trap remains the same. The body of the trap includes a number of holes, which act as tunnels and
are baited at the far end. A spring powered noose is able to move up and down just inside the mouth of the hole, usually fed through a slot cut through the top of the trap. When the spring is at rest this noose is held
high so that any mouse caught in it is jerked up against the top of the tunnel and killed.
In order to hold the sprung loop in place and release it when a mouse enters two types of trigger mechanism have developed. The traditional approach is a simple one. A piece of string is inserted through two pairs of
corresponding holes, one pair at the top and the other in the base. The string is passed over the spring and tied tight – holding the spring down and the noose in place. The twin strands of the string pass through the
tunnel top to bottom, effectively blocking it but allowing sight and smell of the bait. To reach the bait a mouse must chew through the string – which releases the spring and so lifts the noose.
This choker mouse trap in the photo is held down by a small metal bar which is missing and needs replacing. As the mouse attemtpts to squeeze through the noose, then it releases the the spring and the noose is drawn up.
This choker mouse trap in the photo is similar to the above one except the spring is held down and the trap set by using string as detailed above.