Circus props – Lollipop lyra on 4 legs (single), the lyra is devided into 2 parts

We will make Lollipop lyra on the pylon ring on order.

• Material of the main structure: black steel (powder reliable painting) for the bushings and the inner shaft we use stainless steel.
• Legs: length 130-150 cm (51-59 in). From a rectangular or round  pipe.
• Lyra: from a pipe with a diameter of 27 mm (0.8 in). As a rule, the diameter of the lyra is 130-140 cm (51-55 in) for children, 150-180 cm (59-71 in) for adult artists.
• The ring itself is disassembled into two or four parts.
• As a rule, a small platform made of plywood is installed at the bottom of the ring – sizes and shapes are made to order.

Rotation mechanism:

• Free easy rotation in both directions on bearings.
• The outer shaft is made of hard steel, the inner shaft is made of stainless steel with a diameter of 30 mm (1.2 in).
• Rotation occurs with the help of bearings. From the top there is a tapered roller bearing, from the bottom there is a regular ball bearing (we use good Polish or Czech bearings).
• If necessary, we can put a latch for fixing so that the ring does not rotate when it is not needed.
• Also, the inner shaft can be welded to the ring or made removable for transportation.
• Weight: 45 -55 kg.

Additional features: (write about your wishes in the order notes):

• Rotation with a motor: + 600 €.
• Standard color is matte black, painting in other colors such as gold, silver, white: + 100 €.
• Crossbar: + 60 €.
• Fixing with a latch: + 120 €.
• An additional table that stands instead of a lyra: + 250 €.
• Wheels can be attached to the legs for easy transportation around the stage. Wheel with lock 1 pc.: + 40 €.
• Additional attachment for hand loop upon customer request.

Please note! After the motor is switched off, it does not immediately stop or lock the rotation of the apparatus. The apparatus will continue to rotate smoothly for a short time due to inertia before coming to a complete stop. (The speed on the remote control should be gradually reduced to zero to bring the apparatus to a complete stop).