CASCABEL AVIONICS · CONCEPT AIRCRAFT

Autonomous Logistics
for Islands &
Remote Communities

Building unmanned aerial logistics systems that connect underserved supply nodes through affordable, automated mid-mile and last-mile cargo delivery.

Explore the XR-1  → View Roadmap
50 KG
Cargo Capacity
500 KM
Range
0
Pilots Required
Airport-to-Airport
Initial Route
THE CHALLENGE

Geography Creates
Economic Isolation

Millions on islands and in remote communities face a broken logistics reality — high costs, infrequent shipments, and dependence on infrastructure built for a different era.

01
High Costs
Moving a 2 kg package can require pilots, ground crews, fuel, and multiple intermediaries — making small shipments uneconomical.
02
Slow Transit
Ferries and commercial aviation create bottlenecks that delay small shipments for days — even between islands just miles apart.
03
Limited Options
Small-package logistics remain operationally complex even between geographically close islands. There is no affordable, reliable solution.
Example
Aruba ↔ Curaçao — close geographically, yet small-package logistics between these ABC Islands remain costly and operationally complex. This is the gap Cascabel Avionics is built to close.
THE GAP

Why Existing Solutions
Fall Short

Traditional logistics was not designed for automation, UAVs, or distant communities. The result: small shipments often cost more than the goods themselves.

Method Cost Efficiency Speed Island Routes Automation Small Packages Cascabel XR-1
Traditional Air Freight High Cost Fast Limited None Not Viable
Ferry Cargo Moderate Days Fixed Routes None Partial
Commercial Courier High Cost Moderate Unavailable None Selective
Cascabel XR-1 Low Cost Fast Full Coverage Fully Auto Purpose-Built ✓ All
The Gap We Fill
Every existing method either costs too much, moves too slowly, or simply doesn't serve small-package island routes at all. Cascabel Avionics is purpose-built to close that gap — autonomous, affordable, and designed for the communities traditional logistics has left behind.
CONCEPT AIRCRAFT · CASCABEL AVIONICS
Cascabel
XR-1

Our concept autonomous Unmanned Aerial Vehicle — designed specifically for inter-island and remote community cargo delivery.

01 · Cargo Capacity
50KG
Per Flight
Remove the need for pilots and ground crews — this is where we see the biggest per-shipment savings for logistics operators and their customers.
02 · Operational Range
500KM
Per Mission
Move from slow shipping routes, and expensive airfreight to daily, and on-demand deliveries — giving distant communities reliable next-day, or same-day delivery of goods.
03 · Crew Required
0
Pilots Required
Fully automated flight means less human dependency, fewer operational headaches, and more reliable service at scale across multiple corridors.
THIS COMBINATION ADDRESSES THE REAL PAIN POINTS
Communities face with current cargo logistics — Cascabel XR-1 solves all of them at once.
50 KG
Cargo Capacity
500 KM
Range
0
Pilots Required
A2A
Route Model
01
Reduce Costs
Remove the need for pilots and ground crews — this is where we see the biggest per-shipment savings for logistics operators and their customers.
02
Increase Frequency
Move from slow shipping routes, and expensive airfreight to daily, and on-demand deliveries — giving distant communities reliable next-day, or same-day delivery of goods.
03
Open New Routes
Routes that were never economically viable before become profitable with our system — unlocking markets that traditional logistics cannot serve.
04
Autonomous Operations
Fully automated flight means less human dependency, fewer operational headaches, and more reliable service at scale across multiple corridors.
INITIAL FOCUS · 2026–2027

Mid-Mile First

We begin with airport-to-airport operations — a controlled, high-impact environment to validate technology, regulations, and economics before expanding to last-mile delivery.

TNCA
Reina Beatrix Airport
Aruba · Departure
✈
Autonomous Flight
TNCC
Hato Airport
Curaçao · Arrival
Why Airport-to-Airport
A controlled, high-impact environment to validate technology, regulations, and economics before expanding to last-mile delivery.
What This Proves
This focused approach allows us to validate technology, regulatory compliance, and unit economics while building partnerships with logistics providers — all within a real-world operational corridor.
Expansion Path
After proving the TNCA–TNCC corridor, operations scale to Bonaire (TNCB) and beyond — establishing the ABC Islands as a complete autonomous logistics network.
THE TIMING

Why Now? The
Convergence Is Here

Multiple tailwinds are aligning to make autonomous cargo aviation viable, affordable, and operationally ready for deployment.

01
Falling Hardware Costs
Drone components are cheaper and more capable than ever — making large-payload autonomous aircraft economically viable at scale.
02
Battery Breakthroughs
Energy density improvements unlock practical cargo range — enabling the 500 km operational envelope the XR-1 is designed around.
03
Regulatory Momentum
Governments are actively exploring UAV airspace integration — creating a regulatory path that didn't exist five years ago.
04
Delivery Demand Surge
Same-day and next-day expectations are growing globally — including in island communities that current logistics infrastructure cannot serve.
THE PATH

Development Roadmap

A phased approach from concept to commercial operations — de-risking technology, regulation, and partnerships at every stage.

PHASE 01
Research & Design
Months 0–3
Aircraft concept development
Regulatory partnerships
Airspace planning
Flight simulations
PHASE 02
Prototype Development
Months 3–6
First prototype build
Flight controller integration
Comms & safety systems
Ground testing
PHASE 03
Flight Testing
Months 6–12
Controlled test flights
Autonomous navigation
Takeoff & landing validation
Safety certification
PHASE 04
Pilot Operations
Year 2
Cargo demonstrations
Airport-to-airport missions
TNCA / TNCC / TNCB approval
Partner logistics
PHASE 05
Commercial Launch
Year 3
Global logistics partnerships
DoD contracts
Continental regulatory approval
Network expansion
12-Month Target
Build and validate our first autonomous cargo aircraft — proving the XR-1 concept is technically sound, economically viable, and operationally ready for island logistics.
THE OPPORTUNITY

A Massive,
Underserved Market

0M+
Island Residents
People globally living on small islands with limited logistics access
0B
Remote Communities
People in small towns and remote areas facing similar logistics challenges
0
Initial Markets
Aruba, Bonaire, and Curaçao — our beachhead in the ABC Islands
The opportunity extends far beyond the Caribbean. Every island chain, archipelago, and remote region represents a replicable market for autonomous cargo logistics — and no one is building for them.
THE MODEL

Business Model &
Competitive Advantage

Revenue Stream 01
Logistics Partnerships
Operate cargo transport for major and regional couriers on island routes — providing the autonomous infrastructure they lack.
DHL Island Routes
FedEx Regional
PostNL Caribbean
Regional Couriers
Revenue Stream 02
Defense & Government
Military logistics and infrastructure support for LATAM and EU defense agencies — where autonomous aerial cargo is a strategic priority.
LATAM Defense Agencies
EU Defense Partnerships
Government Infrastructure
DoD Contracts (Phase 5)
Where We Win
Instead of competing in crowded urban delivery drone markets, Cascabel Avionics targets a segment that remains structurally underserved.
Island & remote community logistics
Mid-mile cargo UAVs at low cost
Fully autonomous operations
Regulatory-first approach
THE FOUNDER
Derwin Ruiz

Derwin
Ruiz

CEO & Co-Founder, Cascabel Avionics
"Traditional transportation is outdated. The future of logistics is automated, unmanned, cheaper, and faster. Cascabel Avionics exists to make that future accessible to the communities that need it most."
Idea Stage · Active

Help Us Modernize
Logistics

Traditional transportation is outdated. The future of logistics is automated, unmanned, cheaper, and faster. Cascabel Avionics exists to make that future accessible to the communities that need it most.

Current Stage
Idea stage — seeking partners and early-stage investment to build and validate our first autonomous cargo aircraft within 12 months.
WHAT WE NEED
01
Logistics Partners
DHL, FedEx, PostNL, and regional couriers interested in autonomous island cargo routes.
02
Government Partnerships
Aviation authorities and island governments ready to pilot autonomous cargo UAV corridors.
03
Innovation Grants
R&D funding from aerospace, maritime, and remote logistics innovation programs.
04
Early-Stage Investment
Seed capital to build and fly our first prototype within the 12-month development window.
Derwin Ruiz