Bulbul Platforms
Built for Autonomous
Logistics at Scale
Two purpose-engineered aerial platforms, Velos V2.0 and Zephyr V1.0, delivering critical payloads with precision, reliability, and full autonomy.
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Aircraft
Engineered for
Multi-Payload Precision
Each Bulbul platform is mission-specific, designed from the airframe up for autonomous, multi-package delivery at enterprise scale.
VTOL · Long-Range
01
Platform 01
Velos
Version 2.0 · VTOL Fixed-Wing
Stronger. Smarter. Built to deliver at scale. The next evolution in Bulbul's VTOL platform, purpose-built for heavy payloads, longer missions, and high-efficiency delivery networks.
Payload
11 lbs
Range
90 mi
Endurance
90 min
Cruise Speed
75 mph
Max Altitude
400 ft AGL
Mission Type
Long-Range
Quadcopter · Heavy-Lift
02
Platform 02
Zephyr
Version 1.0 · Heavy-Lift Quadcopter
Power meets precision. Zephyr 1.0 is Bulbul's high-capacity quadcopter engineered for heavy-lift, short-range missions in dense urban environments and industrial supply chains.
Payload
55 lbs
Range
25 mi
Endurance
60 min
Cruise Speed
45 mph
Max Altitude
400 ft AGL
Mission Type
Urban Lift
Side by Side
Platform Comparison
Select the right platform for your mission profile, from last-mile urban delivery to enterprise-scale logistics networks.
| Specification | Velos V2.0 | Zephyr V1.0 |
|---|---|---|
| Payload Capacity |
11.0 lbs / 5 kg
|
55 lbs / 25 kg
|
| Operational Range |
90 mi / 145 km
|
25 mi / 40 km
|
| Cruise Speed |
75 mph / 120 km/h
|
45 mph / 72 km/h
|
| Flight Endurance |
90 min
|
60 min
|
| Mission Type |
Long-Range · BVLOS
|
Urban Heavy-Lift
|
| Delivery Method |
Precision Winch Drop
|
Precision Winch Drop
|
| Payload Type |
Multi-Package & Single Winch
|
Multi-Package & Single Winch
|
| AI Platform |
AeroCore AI v3.1
|
AeroCore AI v3.1
|
Software Stack
AeroCore AI
Intelligence Layer
Every Bulbul platform runs on AeroCore — our purpose-built autonomous flight intelligence system.
Autonomous Route Planning
Real-time 4D path optimization accounting for weather, airspace constraints, and fleet congestion.
BVLOS Operations
Beyond visual line-of-sight operations with redundant detect-and-avoid and remote pilot oversight.
Predictive Fleet Management
AI-driven maintenance scheduling, battery optimization, and mission load balancing across fleets.
Real-Time Telemetry
Sub-100ms latency vehicle health monitoring, live positional tracking, and payload sensor fusion.
Mission Flow
From Dispatch to Doorstep
Fully autonomous end-to-end operations — from medical order placement to precision delivery in under 15 minutes.
01
Order Intake
Mission request received via API or dispatch console. AI validates payload and route.
02
Route Compute
AeroCore calculates optimal 4D flight path with real-time weather and airspace integration.
03
Payload Load
ADFP station auto-loads and verifies payload weight, security, and temperature conditions.
04
Autonomous Flight
Platform executes mission autonomously with continuous BVLOS telemetry and obstacle avoidance.
05
Precision Drop
Winch-descent or landing delivery with GPS-locked accuracy within 1-meter of target.
06
RTB & Log
Platform autonomously returns, recharges, and mission data is logged for fleet analytics.
Reliability
Safety & Redundancy
Aviation-grade fail-safe architecture engineered for zero-compromise operations over populated areas.
Redundant Flight Systems
Dual-redundant flight controllers, independent power rails, and triple-redundant GPS/GNSS ensure operational continuity under partial system failure.
DO-178C AlignedEmergency Failover
Automated return-to-home, parachute deployment, and controlled descent protocols activate within 200ms of anomaly detection.
FAA Part 107 ReadyRemote Command Override
Certified remote pilots maintain override capability across all autonomous operations with encrypted C2 link and <200ms command latency.
Encrypted C2Compliance Readiness
Pre-configured for LAANC authorization, UTM integration, and FAA Remote ID broadcast. Operates within established UAS Traffic Management frameworks.
UTM CompatibleContinuous Health Monitoring
200+ onboard sensor parameters monitored at 100Hz. Predictive anomaly detection flags component degradation before mission dispatch.
ISO 26262 InspiredGeofenced Safe Zones
Dynamic geofencing prevents incursion into restricted airspace. Mission corridors are cryptographically signed and validated pre-flight.
Dynamic GeofencePerformance
Operational Excellence
Industry-leading performance benchmarks across every mission-critical dimension.
0%
Delivery Time
Reduction
Reduction
0 mi
Max Service
Radius
Radius
0 lbs
Peak Payload
Capacity
Capacity
0.8%
Mission
Uptime
Uptime
0+
Fleet
Scalability
Scalability
Next Steps
Deploy the Future of Autonomous Delivery
Join healthcare systems, logistics operators, and government agencies already building with Bulbul.