RED-1: A New Approach to Rapid Extrication
Adapt the Rescue. Not the Patient
The RED-1 platform represents a new approach to technical rescue and patient extraction.
Designed as a convertible rescue system, the platform supports multiple operational configurations intended to improve responder efficiency and patient stability in confined and complex rescue environments.
Patent Pending Technology
Operational Context
RED-1 is designed for technical rescue operations where maneuverability, patient stability, and responder control are critical.
In confined-space and constrained rescue environments, responders often face challenges maneuvering traditional stretchers or rescue baskets through tight or obstructed areas.
The RED-1 platform incorporates a convertible seat configuration that allows responders to maneuver patients through these environments while maintaining controlled support and stability.
This configuration supports controlled extraction and is designed to help mitigate suspension-related risks during vertical and confined-space rescue operations.
Operational Applications
RED-1 is being evaluated with input from experienced search and rescue training professionals to support operations in demanding rescue environments, including:
• Confined space rescue
• Pitch rescue operations
• Pivot rescue maneuvers
• Technical rope rescue
• Industrial rescue environments
Operational Platform Transformation
RED-1 is designed to support multiple stages of a rescue operation through a convertible structural platform.
The system transitions between seated extraction and stretcher transport configurations, allowing responders to adapt quickly as rescue conditions evolve.
Operational Sequence
Stretcher Transport
↓
Controlled Platform Transition
↓
Seated Extraction
The system transitions between seated extraction and stretcher transport configurations, allowing responders to adapt as rescue conditions evolve while maintaining controlled patient handling.
Structural Platform Architecture
RED-1 is engineered as a modular extraction platform designed for structural integrity, controlled articulation, and repeatable deployment in field conditions.
1 & 2 — Reinforced Rotational Hinge Assembly
Precision pivot interface engineered for controlled articulation and secure structural engagement during transition.
3 — Primary Load-Bearing Frame
High-strength tubular chassis forming the foundational support structure of the platform.
4 — Convertible Support Module
Multi-position support surface enabling rapid transition between seated and stretcher configurations.
Safety & Certification Approach
Rescue equipment must perform reliably in demanding and unpredictable environments. The development of RED-1 follows a structured engineering approach focused on safety, structural integrity, and repeatable deployment in technical rescue scenarios.
Current engineering and validation efforts focus on:
• structural load validation of the articulated hinge assembly
• controlled articulation testing during configuration transitions
• evaluation of modular deployment architecture
• preparation for independent certification testing
Applicable certification pathways and compliance standards are currently under evaluation.
Final performance ratings and compliance designations will be published following completion of third-party verification.
All performance characteristics and compliance designations are subject to completion of certification and independent third-party validation.
Current Development Milestones
RED-1 is currently undergoing structured validation and load testing as part of ongoing development and certification preparation.
The updated hinge assembly has completed production and is entering structured load validation to evaluate performance under simulated operational conditions.
Independent certification testing is planned to verify structural performance thresholds prior to final specification release.
Key Milestones
• Functional prototype completed
• Structural hinge redesign completed to support load capacity
• Manufacturing partner identified
• Certification pathway under evaluation (UL / applicable standards)
• Initial production planning underway
These milestones represent progress toward production readiness and structured field evaluation.
Additional validation and certification updates will be published as testing progresses.
Platform Development
RED-1 represents the first platform in an ongoing development initiative focused on improving extraction and transport capabilities in technical rescue environments.
The modular architecture and articulated platform design allow the system to evolve through mission-specific adaptations based on operational feedback from rescue professionals.
Field Evaluation
RED-1 development has included prototype evaluation during technical rescue training scenarios to assess maneuverability, patient stability, and operational deployment.
Early training exercises have informed structural refinements and hinge reinforcement to support real-world rescue applications.
Prototype evaluation media is shown for illustrative purposes only. Final production configuration, features, and performance characteristics may vary following testing, validation, and certification.
Prototype training and evaluation footage shown for reference. Final production configuration may vary.
About US
Rescue Innovation and Safety Equipment (RISE) is focused on developing next-generation extraction and transport solutions for technical rescue environments.
The Company works in collaboration with experienced rescue professionals and training organizations to design equipment that addresses real operational challenges.
The Company is currently in the final stage prior to commercialization, with certification representing the primary remaining milestone.
Request Evaluation Information
RED-1 is currently undergoing structured validation and certification preparation.
Agencies, training organizations, and industrial safety teams interested in evaluation, demonstration, or partnership discussions are encouraged to submit their information below.
