INTERNAL DIMENSIONS
87 x 97 cm, 92 x 103 cm, 97 x 112 cm
Divisible Hexagonal Lollipop
Hexagonal Lollipop
suitable for home pole dancing, studios, dance schools and gyms
GRIP THICKNESS
30 mm
HOW TO USE
inserted into the lower part of the Pole Hive podium's pole
COMPATIBLE WITH
GeckoGrip 45 mm and UltraGrip 51 mm divisible podium’s poles
FINISHES
GeckoGrip nero,ready to be covered with any tape (taping)
POLE DANCE HEXAGONAL LOLLIPOP
ENLARGE YOUR EXPERIENCE
It's a Divisible Aerial Hexagon, which, thanks to a coupling, can be inserted into the lower section of the Pole Hive podium pole: this allows for the creation of new choreography.
This is the first Hexagonal Lollipop with GeckoGrip coating, it is easily assembled and disassembled thanks to the supplied keys. The Hexagonal Lollipop is made of steel, with a grip thickness of 30 mm and is available in three different internal dimensions:(height x width) 87 x 97 cm; 92 x 103 cm; 97 x 112 cm. It weighs around 6.50 kg.
HEXAGONAL LOLLIPOP WITH GECKOGRIP COATING
ThePole designed the first Hexagonal Lollipop with extraordinary features:
- it's easily assembled and disassembled in two moves.
- has a grip thickness of 30 mm which improves comfort during use.
- it is covered in GeckoGrip which guarantees excellent grip and maximum hygiene because it's easy to clean (the GeckoGrip coating can be cleaned with isopropyl alcohol).
- possibility to cover the Hexagonal Lollipop with taping (tape).
The pole dance Hexagonal Lollipop is compatible with GeckoGrip 45 mm and UltraGrip 51 mm divisible poles. It is NOT compatible with other poles.
For greater stability, we recommend installation on a platform with at least 3 ballasts or Large podium legs.
Hexagonal Lollipop, the new frontier of pole dance
The Hexagonal Lollipop is now appreciated and used by numerous performers all over the world. It is also recommended for a male audience who, working by force, finds themselves with comfortable and safe grips for traction and planks, thus making training very varied. The upper part of the hexagon can be used as a static trapeze, making possible the evolution of verticalism and contortion.