DDI-10-SX
Diamond
back
High-speed tactical quadrotor airframe. Full continuous carbon fiber. 180+ km/h. STANAG accessory rail. Built for cUAS, electronic warfare support, and rapid tactical response.
● US Manufactured ● NDAA Compliant 180+ km/h Speed-X Config STANAG Rail cUAS Full CCF
DDI-10-SX · Diamondback · Production Jan 2027
Technical Specifications

Diamondback Specifications

ModelDDI-10-SX Diamondback
ConfigurationSpeed-X Quadrotor
Frame Class10 inch
Primary RoleCounter-UAS (cUAS) / High-Speed Tactical
Max Speed180+ km/h
StructureFull Continuous Carbon Fiber (CCF) throughout
Motor CantOutward cant for high-velocity stability
Accessory RailSTANAG-compatible top plate rail
EW InterfaceNATO EW and sensor payload interface
ManufactureFreeport, Florida, USA
NDAA StatusCompliant — domestic manufacture, no Chinese components
AvailabilityPre-order now — production January 2027
Production StartJanuary 2027 (machines arriving October 2026)
PricingQuote on request — [email protected]
OrderingGovernment purchase card accepted, micro-purchase eligible
CAGE Code11T94
SAM.govActive — UEI DPU2R4WBFXV9
NAICS336413
PSC1560
DeliveryNationwide + APO/FPO/DPO. Local: Eglin AFB, Hurlburt Field
Mission Applications

What the Diamondback Is For

🎯
Counter-UAS (cUAS)

High-speed intercept and counter-drone operations. Speed-X config and outward motor cant provide aggressive flight envelope for cUAS intercept and kinetic defeat missions.

Rapid Tactical Response

180+ km/h capability provides rapid repositioning and response. STANAG top rail accepts standard tactical accessories. Built for operators who need speed above all else.

📡
Electronic Warfare Support

NATO EW sensor payload interface on top plate. STANAG rail for EW antenna mounting. Full CCF chassis maintains structural integrity under the combined loads of high-speed flight and payload carriage.

Why Full CCF

Why the Diamondback Requires Full CCF

The Diamondback is the only Delia airframe with full CCF construction — every structural element, not just the arms. Here's why that matters at 180+ km/h.

High-Speed Structural Note
At operational velocities above 150 km/h, crash impact loads spike dramatically compared to hover-class impacts. A frame that survives a 40 km/h crash will not necessarily survive an 180 km/h crash — the kinetic energy scales with velocity squared. Full continuous carbon fiber construction provides fiber bridging across all impact zones, preventing the catastrophic arm separation that occurs with standard printed materials at tactical velocities. For cUAS operators who will push the airframe hard and crash it hard, full CCF is not an upgrade — it is the minimum structural specification for operational use.
Pre-Order

Order the Diamondback

Production begins January 2027. Machines arriving October 2026. Submit your inquiry now to lock in specifications.

Status
Pre-Order Open
Production
January 2027
Pricing
Quote on Request
Payment
GPC · Credit Card · Crypto
CAGE
11T94
Submit Order Inquiry → Procurement Guide →
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