Merx #43177-12A,34A-RFP

University of Ottawa Solicitation for 360° Projection Cylinder System for VR Lab

The University of Ottawa is seeking proposals for a state-of-the-art 360° projection cylinder system for its Faculty of Health Science VR Lab. - Government Buyer: - University of Ottawa, Faculty of Health Science - Installation location: VR Lab, Room FHS 150 - Products/Services Requested: - Fully immersive cylindrical projection system - Minimum internal diameter: 6 metres - High-resolution panoramic projection (minimum 4,000 lumens, 4K resolution) - Projection coverage: floor and walls - Integrated spatial audio system - Dedicated server/media system and operator console - Compatibility with VR and biomechanics platforms (Unity, Unreal Engine 5, MATLAB, Python, Qualisys Track Manager) - Integration with existing Treadmetrix Split-belt centre-pivot treadmill and biomechanical tools (motion capture, EMG, IMUs) - Services: - Delivery, installation, calibration, and testing - On-site training for at least five users - Warranty: minimum one year, extendable up to five years - Unique/Notable Requirements: - System must support real-time interaction with multiple VR and biomechanics platforms - Must integrate with existing treadmill and biomechanical recording tools - No specific OEMs or brands are mandated; open to all qualified vendors - One-time purchase with comprehensive installation and support - Delivery Location: - University of Ottawa, Faculty of Health Science VR Lab, Room 150, Ottawa, ON

Description

The University of Ottawa is seeking proposals for a fully immersive 360° projection cylinder system to support advanced research in locomotion, navigation, and human biomechanics within virtual environments. The system must integrate with an existing centre-pivot treadmill and support various biomechanical recording tools. Key features include a minimum 6-meter internal diameter, high-resolution panoramic projection with 4K resolution and 4000 lumens brightness, floor and wall coverage, immersive spatial audio, and compatibility with VR platforms like Unity and Unreal Engine 5. The system will be installed in the Faculty of Health Science's VR Lab and must include installation, calibration, training, and warranty services.

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