EB-8900 Stair Master (BRTW brand)

The EB-8900 Stair Master from BRTW is a high-performance cardio training machine designed to deliver an intense, low-impact workout that simulates real stair climbing. Built with durable components and advanced functionality, it’s suitable for both professional gyms and serious fitness enthusiasts looking for endurance and lower body strength training. Engineered with a reliable input power supply voltage of AC220V±10% or AC110±10% (self-adjustable switching), it runs efficiently and provides consistent performance. The running speed range of 0.3–2 km/h ensures progressive training intensity, while the 15 adjustable levels allow users to personalize workouts according to their fitness goals. With a heart rate monitoring system supporting a range of 40–180 bpm, users can track cardiovascular performance in real-time. The console also measures calories (0–999 kcal), time (0.00–99.59 minutes), and distance (0–99.99 km), making progress monitoring simple and effective. The EB-8900 is designed for heavy-duty use, supporting a maximum user weight of 160kg. Despite its robust frame, it maintains user comfort with a smooth stepping motion, making it ideal for fat-burning, cardiovascular conditioning, and endurance workouts. Key Specifications:

• Input Power Supply Voltage: AC220V±10% / AC110±10% (self-switching)
• Current & Power: 65A DC 24V | Power spec: 10A AC250V
• Calorie Range: 0–999 Kcal
• Level Range: 1–15 adjustable resistance levels
• Running Speed: 0.3–2 km/h
• Heart Rate Monitoring: 40–180 bpm
• Time Range: 0.00–99.59 minutes
• Mileage Range: 0–99.99 km
• Product Size: 1580 × 845 × 2115mm
• Packing Size: 1455 × 920 × 1290mm
• Max User Weight: 160kg
• Net Weight: 203kg

Features:

• Simulates natural stair climbing for effective cardio and strength training
• Wide resistance range for beginners to advanced users
• Real-time heart rate monitoring for safe and targeted workouts
• Heavy-duty structure built for durability and stability
• Designed for professional gyms and high-intensity fitness environments