Overview
TT36 Smart embodies the best balance between customer experience and cost-effectiveness for projects focused on entertainment with sport training capabilities. Designed for indoor skydiving enthusiasts and professionals alike, it offers optimal performance, safety and energy efficiency.
Capable to provide higher wind speed, TT36 Smart is ideal for skydivers looking for intensive training in small groups of 2-4 persons. Compliant with FAI regulations, TT36 Smart is suitable for indoor skydiving competitions in several disciplines, including 2way formation skydiving and 4way VFS. This brings advanced marketing opportunities and greater turnover compared to the μFLY Series.
3.6-meter-diameter flight chamber features a 4-meter-tall cylindrical glass section. This configuration guarantees a smooth flying experience while allowing spectators to enjoy the action up close. Chemically strengthened glass ensures maximum durability and great transparency.
TT36 Smart is thoughtfully engineered to deliver exceptional performance while keeping power consumption low. 2 extra-large low RMP axial fans with carbon fibre blades are situated in the vertical air ducts. This design ensures high level of power efficiency and brings down operational costs and environmental impact. Moreover, it reduces noise output creating pleasant environment in the facility.
The default active cooling system based on hollow turning vanes makes flying sessions comfortable even in hot climate zones without affecting the airflow quality.
TT36 Smart will perfectly cater to the needs of creating an indoor skydiving community in the regions where this sport is still a trend to be discovered.
Specification
General Parameters
| Flight сhamber inner diameter | 3.6 m (12′) |
| Glass height default | 4 m (13′) |
| Glass height maximum | 10 m (32’8″) |
Dimensions Double Loop
| Height | 21.7 m (71’2″) |
| Length | 25.6 m (84′) |
| Width | 7.85 m (25’7″) |
Dimensions Single Loop
| Height | Custom |
| Length | Custom |
| Width | Custom |
Power Requirements
| Power capacity (min) | 1000 kW |
| Average time-weighted power consumption | 359 kW |
| Power consumption @ 180 km/h | 263 kW |
| Standard power capacity | 1000 kW |
| Advanced power capacity | n/a |
| Beast power capacity | n/a |
Performance
| Noise level | 60 gBa (optional) |
| Darcy-Weissbach drag coefficient, Xi | 0.27 |
| Max. Speed @ Standard power capacity | 270 km/h |
| Max. Speed @ Advanced power capacity | n/a |
| Max. Speed @ Beast power capacity | n/a |
Flight Chamber
| Diameter | 3.6 m (11’8″) |
| Height (minimum) | 10 m (32’8″) |
| Area | 10.18 m (33’4″) |
| Default glass height | 4 m (13′) |
| Glass type | chemically strengthened, non-shattering |
| Glass total thickness | ≥50 mm |
| Low iron glass | yes |
| Optional maximum glass height | 10 m (32’8″) |
| BASE jumping chamber height | 10 m (32’8″) |
| Patented safety net | maintains long stroke in close proximity to the walls |
| Safety net tensioner | 2 per cable |
| Portal entrance shape | curved, collision safe |
| Portal entrance material | Impact-dampening rubber |
| Entrance area speed drop | ≤1% |
Decompression Chamber
| Airlock doors | automated |
| Airlock emergency exit | yes |
| Smooth decompression | yes |
| Transit time of customer groups to/from the flight chamber | <1 min |
Axial Fans
| Supplier | Tunneltech , Germany |
| Quantity | 2 |
| Power (per fan) @ Standard power capacity | 500 kW |
| Power (per fan) @ Advanced power capacity | 560 kW |
| Power (per fan) @ Beast power capacity | 630 kW |
| Location | return vertical airduct |
| Axel orientation | vertical |
| Diameter | 3.37 m (10’7″) |
| Effective crossectional area | 7.68 sq.m. |
| Blades material | Carbon Fibre |
| Blades count | 8 |
| Automated lubrication | Yes |
Airducts
| Material of FC Airjet (FC Contraction) | FRP |
| Material of FC Diffuser | metal |
| Material of return vertical airducts | FRP/metal |
Climate Control
| Ventilation (a.k.a. Passive Cooling) | yes |
| Max ventilation to airflow ratio | 30% |
| Active Cooling System | yes (optional) |
| Additional drag, caused by active cooling system | 0 Pa (No drag) |
| Active Cooling type | through turning vanes |
| Recommended Chiller Cooling Capacity | 700 kW (2,388,450 BTU/h) |
Illumination
| Color LED backlight strips between glass panels | yes, flicker-free (optional) |
| LED Strips power per m | 10 W |
| LED Strips frame rate | 60 fps |
| LED Projectors | yes, flicker-free (optional) |
| LED projectors default number installed (optional) | 8-32 (optional) |
| LED projectors max. power | 90 W |
| LED projectors max. luminous flux power | R:1950 G:2700 B:750 lumen |
| LED projector dimming capability | 0 – 100% |
| LED control from Main Panel | yes |
| LED anti-flicker function | high frequency PWM |
| LED projector PWM frequency | 1 kHz |
| LED color depth | 24 bit, 16,777,216 colors |
| LED projector color depth | 36 bit, 64 bln colors |
Controls
| Main panel control display | 28″ |
| Touch screen main panel | yes |
| Flight chamber info display | 31.5″ |
| Operator desk speed controller | autonomous knob |
| Waiting zone speed controller | autonomous knob |
| Base chamber speed controller | autonomous knob |
| Speed controller knob resolution | 0,1% |
Turning Vanes
| Chord | 500 mm |
| Chord-to-Spacing ratio | ≥3:1 |
| Material | aluminium |
| Surface treatment | anodized |
| Cooling channels | 6 |
| Turning vane heat transfer ratio, per meter @ 10-35m/s airflow speed | >105 (±15) W/(m*K) |
| TT36 SmartFly Double loop (SF36DL) | TT36 SmartFly Single loop (SF36SL) | ||||||||||||||||
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SF36SL Building Requirements (brief) – n/a |
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SF36DL Technical Documents (full version). Downloading will be available for registered users. Document archive contents:
On request:
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SF36SL Technical Documents can be developed on request. Please see SF36DL model documentation. |
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