A stylish and durable Schwegler Bat Box 1FFH Universal Summer Roost.
Materials: SCHWEGLER wood-concrete. Clinging surfaces made of untreated, durable wood.
External Dimensions: W 24.5 cm x H 87.5 cm x D 19 cm.
Weight: approx. 16 kg.
Includes: Nest box, stainless steel hanger
Maintenance-free: requires no cleaning, suitable for buildings and trees
Preferred environment: attracts most bat species to dual compartments
Durable: 25 year long-lasting wood-concrete construction
Installation:
Trees, masts, raised hides.
4 supports built into the semi-circular rear surface ensure the universal box is stable, safe and secure in windy weather.
Best installed at 3 to 5 metres above ground.
Description
Universal Bat Box has both hollows and crevices where the animals can retreat
High ceiling inside ensures a favourable microclimate
Crevices and hollows permit a wide range of species to roost
Maintenance-free, self-cleaning
Summer roost The universal box is an ideal retreat for all Bats inhabiting forests. The innovative interior design of both roosting areas provides the Bats with an ideal climate from early summer to late autumn.
The rear compartment is perfectly designed for larger species and is sufficiently large for female colonies and their young, as well as for groups of mating Common Noctules.
Species inhabiting crevices, such as Nathusius’s Pipistrelle and Natterer’s Bat, can use the small cavities of the forward compartment as a safe daytime sleeping area.
The narrow entrance hole provides sleeping Bats with extra protection against predators and disturbances.
The universal box is also self-cleaning and maintenance-free.
Daytime sleeping areas feature clinging surfaces made of untreated wood, and quality SCHWEGLER wood-concrete.
The grooved design makes it possible even for younger, less adept animals to safely cling to the walls.
The inside ceiling height is suited to the needs of more than ten species of Bat inhabiting forests. Whenever the weather changes the Bats can choose a sleeping area which offers them the best possible ambient climate.