CL-ROB-001
OTTO
Mobile robotics platform integrating embedded compute, computer vision, voice interaction, sensing, motion control, and layered safety behavior.
Active development
Robotics + AI
Robotics + AI
Independent research & engineering
Engineering programs with a technical record.
Carlisle Labs develops robotics, assistive-system, aerospace, and research programs with documented architecture, revision history, and evidence proportional to each stage of development.
Program index
Current programs.
Each program has a separate technical record rather than a marketing-style product page. Public status reflects documented work, not certification or performance claims.
CL-HS-001
Exoskeleton System
Lower-body engineering prototype exploring structural architecture, powered joints, control input, mechanical constraints, and controlled assistance.
Prototype design
Assistive engineering
Assistive engineering
AEROSPACE
Aerospace Research + Sourcing
Independent component identification, documentation research, supplier/MRO research, sourcing support, market analysis, and technical outreach.
Active capability
Private casework
Private casework
CL-RSCH-001
Cognitive Systems Research
Evidence-driven work on cognition, learning, memory, attention, mechanisms, and computational analysis.
Ongoing research
Source-driven
Source-driven
Capabilities
Technical scope.
Capabilities are organized around the disciplines used to define, build, evaluate, and document the current programs.
Mechanical systemsArchitecture, mechanisms, packaging, dimensional planning, structural iteration, and prototype-oriented layouts.
Embedded systemsCompute, sensors, cameras, motor control, interfaces, safety states, and hardware/software integration.
AI integrationVoice, vision, local/remote models, permissions, perception pipelines, and behavior design.
Technical researchSource review, evidence synthesis, literature comparison, modeling, and structured technical writing.
DocumentationProgram records, revision history, test notes, component research, and traceability-oriented records.
Development method
Define. Build. Test. Revise.
Each program is developed through a repeatable cycle that connects requirements, architecture, prototyping, testing, and documented revision.
01 / DEFINE
Specify the problemFunction, constraints, interfaces, measurable objective, unknowns.
02 / DESIGN
Build the architectureMechanical, electrical, software, control, and research structure.
03 / PROTOTYPE
Make it testableBuild the smallest useful version that can challenge assumptions.
04 / TEST
Collect evidenceMeasurements, failure modes, observations, safety concerns, anomalies.
05 / REVISE
Update the recordPreserve the rationale and define the next testable revision.
Aerospace
Research and sourcing support.
Capability-focused public information; component-specific casework remains private unless publication is useful.
Component researchIdentification, markings, manufacturer/public-source review, and configuration research.
Documentation reviewTraceability-oriented source collection, document-gap review, assumptions, and next actions.
Supplier / MRO researchCapability research on suppliers, distributors, and maintenance organizations relevant to the inquiry.
Sourcing supportMarket availability, outreach support, commercial research, and inquiry coordination.
Carlisle Labs does not present itself as an airworthiness, certification, inspection, repair, or release authority.
Development log
Current work.
Selected changes to program architecture, scope, and technical documentation.
OTTO / RECORDHardware stack, control flow, and safety architecture documented in the public technical record.
EXOSKELETON / RECORDMechanical architecture, control path, actuation concept, and safety priorities documented.
AEROSPACE / SCOPEPublic capabilities separated from private component-specific casework.
RESEARCH / SCOPECognitive-systems research scope and evidence-handling method documented as a separate public record.
Contact
Start with the technical problem.
For engineering collaboration, aerospace component inquiries, research discussion, or project questions, send a concise description of what you need.
eric.carlislelabs@gmail.comFor aerospace inquiries, include the manufacturer or part number when relevant. Do not send export-controlled, confidential, or other sensitive technical data through this public form.