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Contacts

Headquarters:
Dover, Delaware USA

R&D:
Urla, İzmir

302-526-0524

contact@droneqube.net

Comparison

comparisonQUBE Models Comparison

All QUBEs connect with the DRONEQUBE Platform for autonomous charging or battery swapping and streamlined mission dispatch.

QUBE 1
M30T + Charging Dock
QUBE 2
Mavic 3M + Charging Dock
QUBE 3
Mavic 3M + SprayDrone X + Robot

Focus

QUBE 1
Thermal & AI-Driven Monitoring
QUBE 2
Multispectral Precision Monitoring
QUBE 3
Full-Service Monitoring & Precision Spraying

Drone System

QUBE 1
M30T Drone (Thermal + RGB)
QUBE 2
Mavic 3M (Multispectral + RGB)
QUBE 3
Mavic 3M (Multispectral + RGB)
Mavic 3M (Multispectral) for Imaging
SprayDrone X (8–10L) for Variable-Rate Spraying
Industrial Robot (Battery & Chemical Swaps)

Key Capabilities

QUBE 1
Thermal Imaging: Spot temperature anomalies (water stress, disease)
AI Analysis: Automated alerts for vine stress or pest hotspots
Autonomous Charging: Battery recharges in dock
Operating Temperature: –10° to 40° C
QUBE 2
Multispectral Imaging (0.05m resolution) for precise crop health analysis
AI Integration: 3-minute detection for diseases like Plasmopara viticola
Autonomous Charging: Battery recharges in dock
Operating Temperature: –10° to 40° C
QUBE 3
Dual-Drone Approach: One for monitoring (Mavic 3M), one for spraying (SprayDrone X)
Autonomous Battery Swap & Tank Refill: Robot changes batteries and refills in ~60s
Operating Temperature: –10° to 40° C (Mavic 3M), 0° to 40° C (SprayDrone X)
Onboard Tanks & Water Line: Hook up water or fill internal reservoir for automatic mix of fertilizers/pesticides

Flight and Preparation Times

QUBE 1
Flight Time: ~35 min typical
Max Flight Speed: ~23 m/s
Max Wind Resistance: ~12 m/s
Battery Full? 1 minute to relaunch
Battery Empty? ~40 minutes recharge in dock
Coverage: ~20 ha per flight (flat terrain)*
QUBE 2
Flight Time: ~35 min typical (up to ~43 min in best-case labs)
Max Flight Speed: ~21 m/s
Max Wind Resistance: ~12 m/s
Battery Full? 1 minute to relaunch
Battery Empty? ~40 minutes recharge in dock
Coverage: ~20 ha per flight (flat terrain)*
QUBE 3
Monitoring Drone (Mavic 3M):
Flight Time: ~30 min typical
Max Flight Speed: ~21 m/s
Max Wind Resistance: ~12 m/s
Battery Full? 1 minute to swap with charged unit
Battery Empty? 30 seconds (robot swap)
Coverage: ~20 ha per flight
SprayDrone X:
Flight Time: ~15–20 min (8–10L payload)
Max Flight Speed: ~10 m/s
Max Wind Resistance: ~6–7 m/s
Battery Swap & Chemical Refill: ~60 seconds total
Hourly Operation: ~15 acres/hour (optimal)

Ideal For

QUBE 1
Mid-sized vineyards focused on thermal scouting
Early detection of irrigation or temperature-related issues
QUBE 2
Vineyards prioritizing advanced disease detection (organic certifications, export demands)
Chlorophyll & nutrient analysis to optimize inputs
QUBE 3
Large-scale or premium vineyards wanting complete automation—disease detection + immediate spraying
Minimizing downtime with robotic battery/chemical management

Battery Specs

QUBE 1
Min Capacity: 22,000 mAh (6S1P, 22.2V)
Discharge Rate: 25C (Burst 50C)
Net Weight: ~2,530 g
QUBE 2
Min Capacity: 22,000 mAh (6S1P, 22.2V)
Discharge Rate: 25C (Burst 50C)
Net Weight: ~2,530 g
QUBE 3

prder / pre orderORDER NOW

DRONEQUBE offers three dock solutions—QUBE 1, QUBE 2, and QUBE 3—tailored to different vineyard sizes, budgets, and automation goals

QUBE 1: Order Now (Thermal monitoring)

QUBE 2: Pre-Order (Ships July 25) (Multispectral monitoring)

QUBE 3: Pre-Order (Ships April 25) (Full automation: monitoring + spraying + robotic refills)

Fill out the form below and a member of our team will get back to you as soon as possible about your order.
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Full Name
Email
Vineyard Location
Vineyard Size ha
Select

faqsFAQs

It varies by region (EU, USA, etc.). If local regulations require it, we’ll initiate the process with you.

Many vineyards experience ROI within 1–2 growing seasons, especially with QUBE 3’s end-to-end solution.

  • Plasmopara viticola (Downy Mildew) is active; Phomopsis viticola is in testing; Planococcus spp., Chlorosis (Apr 25), Powdery mildew next.
  • Lobesia botrana detection via pest traps.

The robotic arm (10 kg payload, ±0.04 mm repeatability) swaps batteries and re-tanks the spray drone in 60 seconds.

Yes. We can arrange subscription or leasing models for vineyards of various sizes.

All flight data is encrypted and stored securely; you own your vineyard data. We also support on-premise server setups for large enterprises.

Yes. We provide on-site installation, training, and 24/7 remote support. Maintenance plans are also available.

Absolutely—our system is modular. You can add the spray drone and robot dock when you’re ready.

APIs exist for leading vineyard management tools. Custom integrations can be developed upon request.

Each drone has a max wind resistance (~12 m/s for Mavic 3M, ~6–7 m/s for SprayDrone X). We suggest scheduling flights in safe conditions—weather station data helps automate this.

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