Customisable Seat
The seat is fully interchangeable, allowing you to replace it with your preferred option for maximum comfort and familiarity during your rides.
Comprehensive Product Introduction Manual
Traditional exercise bikes control resistance. Training intensity therefore fluctuates directly with pedaling speed, causing unstable power output.
A constant power ergometer bike automatically adjusts resistance in real time to maintain a fixed power output, regardless of pedaling cadence. This function is referred to as ERG Mode.
Example:
If the target power is set at 150W, the system will continuously adjust resistance to ensure output remains precisely at 150W, whether the rider pedals at 60 RPM or 100
RPM.
In sports science and medicine, power is considered the most accurate representation of training load. Heart rate is the physiological response to power output.
Stable power → Stable heart rate → Precise training → Optimal results
Power-based training eliminates variability caused by fatigue, emotion, hydration, and temperature, enabling true scientific training.
1 Constant Power Closed-Loop Control
Real-time torque and cadence measurement combined with intelligent algorithms enables millisecond-level resistance adjustments, achieving ±1–2% power accuracy.
2 High Precision Measurement Module
Real-time monitoring of:
• Power (W)
• Cadence (RPM)
• Heart Rate
• Training curves
• Energy expenditure
3 Electromagnetic Resistance System
Compared with mechanical resistance systems, electromagnetic resistance offers superior accuracy, faster response, smoother riding feel, silent operation, and
significantly reduced maintenance.
4 Commercial Grade Structural Design
High-strength steel frame, industrial-grade bearings, and continuous-duty construction allow 24/7 operation with extended service life.
Constant power ergometers are widely adopted in:
• Cardiac rehabilitation
• Post-operative recovery
• Stroke rehabilitation
• Elderly fitness programs
• Chronic disease management
Precise workload control ensures safety, reduces cardiovascular risk, and allows
clinicians to prescribe scientifically controlled exercise intensity.
Elite athletes and sports institutions utilize constant power training for:
• FTP testing
• VO2max development
• Interval power training
• Lactate threshold training
• Performance diagnostics
Power-based training delivers quantifiable, repeatable, and optimized performance
improvements.
VIKON enables fitness clubs to:
• Build premium intelligent training zones
• Increase membership value
• Improve retention
• Create professional differentiation
Power training zones elevate gyms from traditional fitness spaces to scientific training centers.
For discerning users, VIKON provides:
• Medical-grade safety
• Silent operation
• Precise fat-burning control
• Intelligent training analytics
Ideal for executive users, athletes, and high-net-worth families.
VIKON:
• Constant power control
• Medical-grade accuracy
• Scientific training capability
• Rehabilitation suitability
Conventional bikes:
• Resistance-based control
• Power fluctuation
• Limited training efficiency
• Multi-layer electronic protection
• Heart rate threshold control
• Overload auto-reduction
• Medical-grade safety redundancy
Optional self-powered energy generation enables energy recycling, carbon reduction, and green gym development.
The seat is fully interchangeable, allowing you to replace it with your preferred option for maximum comfort and familiarity during your rides.
The pedals can be swapped out to suit your style, whether you prefer clipless pedals, flat pedals, or any other design that meets your needs.
The riding experience is very similar to that of outdoor cycling. Specifically,
resistance decreases as speed increases, and resistance increases as speed decreases
— a sensation that conventional exercise bikes cannot replicate.
FTP TEST
Real — Time Monitoring & Feedback
It combines indoor training with the realistic experience of outdoor cycling, enhancing both the scientific precision and efficiency of training while increasing its fun and flexibility. It is highly suitable for a wide range of users, from cycling beginners to professional athletes.
It measures cardiopulmonary function and anaerobic capacity, using metrics like max oxygen uptake and peak power, with real-time feedback for effective testing and training.
FTP (Functional Threshold Power) testing is a benchmark for evaluating the maximum average power an athlete can sustain for one hour. It is commonly used in cycling and power-based training to set training intensity zones.
The significance of FTP testing lies in turning the vague concept of "fitness" into measurable, trackable, and applicable data, serving as a bridge between scientific theory and training practice. It is not only a “cheat code” for athletes to push their limits, but also a “roadmap” for regular individuals to improve their health. Through regular testing and data analysis, users can efficiently reach their physical potential while minimizing training risks, thereby optimizing both athletic performance and health benefits.
The relationship between FTP testing and heart rate maps the load to the body's physiological response. Using both metrics provides a more complete evaluation of training effectiveness, prevents overtraining, and supports personalized workout planning.In practice, when using a constant power bike, an individual can determine their suitable power output through FTP testing. This value can then serve as a target for subsequent training sessions, helping to keep the rider’s heart rate within a safe range and effectively preventing exercise-related injuries.