Professional Bucking Machine - Bareback Riding - Advanced Rodeo Training Simulator
Bucking Machine & Bareback Riding Rodeo For Professional Use
Professional Bucking Machine & Bareback Riding Rodeo ( Professional Use) is a high-performance rodeo training simulator designed for professional use in bull riding, bareback and saddle bronc disciplines.
Built on an advanced mechanical Big platform engineered for precision, durability and deep motion control, this simulator replicates the dynamic movement patterns found in real rodeo stock. It offers professional athletes, rodeo schools and training facilities a reliable and adjustable system to build balance, muscle memory, reactive timing and competitive readiness.
Unlike standard entertainment bulls, this unit is specifically optimized for intense daily training, suitable for riders preparing for competition circuits like PBR, PRCA and other professional rodeo championships. It provides variable motion programs, precise intensity levels and responsive control — allowing coaches to tailor sessions to the needs of elite riders.
The Professional Bucking Machine also integrates robust safety systems and structural fortification to withstand rigorous daily use, while maintaining rider comfort and predictable movement behaviour.
Handcrafted in Italy with premium materials and professional-grade components, this training simulator is built to perform under demanding schedules in ranches, training academies and athletic facilities.
Available for purchase or professional installation projects, the Professional Bucking Machine is the definitive solution for training excellence in modern rodeo disciplines.
ELECTRICAL INFORMATIONS
power 220V POSSIBILITY TO HAVE 110V CONVERTER FOR U.S.A.
Power consumption 6/7 kW
Wire cross-section 4 mm
Plug 16 Ampere
Serial number
SGI4B BROCHURE PAGE 26
OCCUPIED SPACE
5x5 metri h. 1,20 mtr. 196.85 x 196,85 inches height 47.24 inches
Machine Weight: 450 kg (880 lbs) Total height 1,70 mtr. 67 inch Maximum Rider Weight: 160 kg 352 lbs
SHAPE SIZE
Length x Width x Height
depends from the modes ask for more info.