Zeus Vortex 600 Series™ – Adaptive Multi-Station System - Pre Order is Live

The Vortex 600 Series is a modular, fully customizable 6 multi-station system engineered for strength training, functional movement, and high-performance facilities. Designed with adaptability in mind, each station can be configured to meet specific training requirements, making it suitable for both high-traffic commercial environments and specialized performance centers.

Structural and Functional Design

The Vortex system is built for precision, ensuring smooth operation and structural integrity over years of use.

• Seated Rows & Lat Pulldowns – Dual pulley systems for bilateral and unilateral training.
• Adjustable High & Low Cables – Expandable movement patterns for diverse training applications.
• Chin-Up Bridge – Multi-grip handles for various pull-up and hanging exercises.
• Integrated Storage – Streamlined organization for attachments and accessories.

Engineering & Materials

• Precision Laser-Cut Logo Plates – Integrated branding with high-detail accuracy, creating a distinct and professional appearance.
• Ultra-Smooth Pulley System – Minimal friction for a consistent resistance profile.
• Powder-Coated Frame – Corrosion-resistant finish for durability in high-use environments.
• High-Contrast Weight Stacks – Clear and easily readable numbering for quick adjustments.

Technical Specifications

• System Dimensions – Based on Configuration. Contact us for more details.
• Weight Stack Distribution:
  • Lat Pulldown & Seated Row – 147.5kg each
  • Adjustable High/Low Cables – 100kg each
• Resistance Ratios:
  • Adjustable High/Low Cables – 1:2
  • Seated Row, Lat Pulldown & Tricep Pushdown – 1:1

Included Attachments

• Lat Bar
• V Handle
• Tricep Rope
• Five Single Handles
• Ankle Strap

The Vortex Series is designed to meet the demands of modern strength and performance training, offering both structural integrity and versatile functionality. Its modular approach allows for continuous adaptation, ensuring that facilities can optimize their layout based on evolving training needs.