A Project By TEAM RD & Litecheats Technologies · Built for Institutional Operations

Rotorcraftory Defense Systems / RATS + RADS

One operational layer for autonomous mission systems.

Connect mission planning, MAVLink fleets, telemetry, payloads, mapping, UAV and ROV deployments, agricultural analysis, rentals, and AI assistance through RDOS—Rotorcraftory's unified operations environment for approved programs.

Public high-level overviewSpecs, pricing & products require RD approvalTerms and suitability review

Government & defense

Controlled capability programs

Enterprise operators

Commercial mission infrastructure

Research institutions

Trials, validation, and integration

Critical operations

Safety, inspection, and response

Capability suite

A connected stack from mission brief to operational insight.

The public overview explains where the platform is headed. Technical specifications, demonstrations, integration paths, commercial terms, and availability are disclosed only through approved institutional access.

Staged capability development
RD details

Connected operations

MAVLink Cloud

A cloud operations layer for approved UAV fleets, bringing mission synchronization, aircraft links, and operational records into one controlled workspace.

  • Fleet and mission synchronization
  • Parameter and log workflows
  • Remote operations visibility
RD details

Live fleet intelligence

Fleet Telemetry Cloud

Monitor aircraft health, link state, payload status, and mission events across distributed fleets with role-aware operational views.

  • Aircraft and payload health
  • Alert and event timelines
  • Fleet readiness reporting
RD details

Compliance-aware planning

DGCA-aligned Mission Planner Advanced

Advanced route, geofence, checklist, and evidence workflows designed to support teams preparing lawful operations in Indian airspace.

  • Route and corridor planning
  • Risk and checklist workflows
  • Mission evidence packs
RD details

Field intelligence

Agricultural Analysis

Turn approved aerial datasets into practical field intelligence for institutional agriculture, research, and large-scale land operations.

  • Crop and field anomaly review
  • Mapping and change analysis
  • Seasonal operational reports
RD details

Rotorcraftory Defense OS

RDOS

The unifying operations environment for payload planning, maps, autonomous workflows, and coordinated UAV or ROV deployments.

  • Payload and mission planning
  • UAV and ROV orchestration
  • Mapping and autonomy workflows
RD details

Assistance at every step

AI Operations Copilot

An on-the-go assistant for checklists, mission context, telemetry interpretation, and field guidance while the authorized operator remains in control.

  • Contextual mission guidance
  • Anomaly and log assistance
  • Human-approved recommendations

RDOS operating model

One access layer. Every approved mission stage.

RDOS is being designed as the shared operational plane across planning, connected assets, live missions, and post-operation intelligence—without removing the human authorization chain.

01

Plan

Define routes, payloads, constraints, teams, and mission acceptance criteria.

02

Connect

Bring approved aircraft, payloads, ROVs, operators, and cloud services into one program.

03

Operate

Coordinate missions with telemetry, checklists, alerts, and human authorization gates.

04

Analyze

Review outcomes, operational records, imagery, and AI-assisted mission insights.

Managed operations & rentals

Deploy capability without owning every aircraft.

Rotorcraftory will support approved institutions through program-based rentals, managed fleets, payload integration, and field services matched to the mission—not retail walk-in rental.

Payload operations

Payload selection, integration planning, ground validation, and managed deployment support for approved missions.

BVLOS delivery support

Readiness, corridor planning, fleet selection, and operational support for authorized delivery and logistics programs.

Safety & response drones

Temporary or managed aircraft for inspection, situational awareness, emergency support, and risk reduction.

Institutional fleet rentals

Mission-matched UAVs, payloads, and support packages for pilots, evaluations, seasonal work, or surge capacity.

UAV & ROV deployments

Integrated aerial and remote-vehicle programs for mapping, inspection, monitoring, and hard-to-reach environments.

Integration & lifecycle support

Onboarding, training, maintenance planning, field support, and controlled capability upgrades across the program.

BVLOS, delivery, autonomous, payload, and rental operations are offered only where the institution, aircraft, crew, airspace, mission, and required permissions are suitable. RD access does not itself grant operational approval.

AI inside RDOS

An operational copilot that stays with the team.

The RDOS AI experience is being designed to help teams prepare, understand, and review work at every step—from mission checklists and payload context to telemetry explanations and post-operation summaries.

  • Build context-aware checklists from the approved mission brief.
  • Explain telemetry events and surface items that need operator attention.
  • Assist field teams with SOPs, logs, handovers, and debrief preparation.
  • Keep recommendations reviewable, auditable, and subject to human approval.

RDOS Copilot

Illustrative workflow

Human-in-command
Prepare the pre-mission review for tomorrow's multi-vehicle mapping operation.

I'll organize the approved route, crew assignments, payload checks, weather review, link readiness, geofence constraints, and go/no-go gates into one operator checklist.

AIRCRAFT

Readiness review

PAYLOAD

Calibration check

AUTHORITY

Operator sign-off

AI suggestions require authorized operator review before action.

Controlled by design

Public to understand. Restricted to operate.

This page is open so institutions can understand the direction of Rotorcraftory's defense and advanced operations program. Access to products and deeper information remains governed.

  • Access is intended for eligible institutions, enterprises, research teams, government bodies, and defense programs—not a consumer product catalogue.
  • Aircraft rental, payload work, autonomous operations, and BVLOS support remain subject to contracts, operator readiness, airspace permissions, and applicable law.
  • Detailed specifications, pricing, integration documentation, demonstrations, and product onboarding require an approved RD role.
  • The AI copilot provides operational assistance only; authorized human operators and institutions remain responsible for every mission decision.
  • RATS, RADS, RDOS, software, documentation, workflows, and in-house products remain Rotorcraftory intellectual property unless licensed in writing.

Review the full terms before requesting institutional access.

Read full terms

Institutional access

Request one verified role for the complete program.

RD access is reviewed for institutions, commercial operators, research programs, government teams, and defense requirements. It is not automatic and is not intended for ordinary consumer access.

Access sequence

  1. 01

    Create an institutional account

    Use a verified work identity and provide an accountable organization contact.

  2. 02

    Accept the defense access terms

    Review controlled-use, safety, data, rental, and AI-assistance conditions.

  3. 03

    Submit the RD role request

    Tell us the organization, deployment context, capability need, and intended outcome.

  4. 04

    Complete suitability review

    Rotorcraftory reviews lawful use, operational fit, readiness, and program availability.

Account required

Create an account before requesting RD access.

A Rotorcraftory account establishes the identity used for terms acceptance, organizational review, communications, and any later product or deployment access.

Creating an account does not grant RD access. You must separately accept the defense terms and pass Rotorcraftory's suitability review.