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  • NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav
  • NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav
  • NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav
  • NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav
  • NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav
NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav

NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav

  • 2 - 9 Sets
    $399
  • >= 10 Sets
    $329

Customization:

Datalink（Min.Order: 1 pieces）
Flight Controller（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
Payload（Min.Order: 1 pieces）
Customized logo（Min.Order: 1 pieces）
View product details

NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Aerial Survey & Rapid Deployment: Designed for efficient aerial surveys and rapid deployment, the NIMBUS1900 combines a fixed-wing structure with dual-payload capabilities to carry sensors or tools for data collection.
  • Beginner-Friendly Operation: Features one-key takeoff/landing and app control for intuitive operation, ideal for users with minimal experience.

Key features

  • 1. Lightweight PVC Construction for Enhanced Durability

    • With a lightweight PVC material body, the NIMBUS1900 ensures portability and crash-resistance, making it 30% lighter than traditional foam drones*. This allows for easy transport and field deployment while maintaining structural integrity during use.

  • 2. Beginner-Friendly One-Key Takeoff & App Control

    • With one-key takeoff and intuitive app/remote control, you can achieve stable flight in seconds, reducing setup time by up to 50% compared to complex drones*. Perfect for novices without advanced piloting skills.

  • 3. Extended 40-Minute Flight Endurance

    • With a flight time of ≥40 minutes, the NIMBUS1900 outperforms average consumer drones (typically 20–30 minutes*), enabling prolonged aerial surveys or inspections without frequent recharging.

  • 4. High-Wing Design for Versatile Stability

    • With a high-wing aerodynamic configuration, the drone maintains exceptional stability in windy or uneven terrain, ideal for rapid-deploy field operations or aerial photography missions. This design reduces stall risks compared to low-wing models*.

  • 5. Eco-Friendly Material Alignment

    • Constructed with PVC materials, the NIMBUS1900 aligns with eco-conscious standards, potentially reducing environmental impact compared to non-recyclable alternatives*.

Product details

NIMBUS1900 Dual-Payload Fixed-Wing UAV Drone Rapid-Deploy Aerial Survey Drone Portable Long-Endurance Drone Long Range Uav

The NIMBUS1900 is a portable, beginner-friendly fixed-wing UAV designed for rapid-deploy aerial surveys and long-endurance missions. Built with lightweight PVC composite materials, it offers stability, durability, and ease of use for operators of all skill levels. With one-key takeoff, app/remote control, and a 40-minute flight time, it bridges the gap between simplicity and professional-grade performance.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPVC compositeCrash-resistant construction for rugged terrains
Flight Time≥40 minutesExtended aerial surveys or monitoring missions
Control TypeApp control + Remote controlSeamless operation via smartphone or traditional remote
Payload CapacityDual modular payload slotsCustomizable for cameras, sensors, or light cargo
Transmission Range1 km (1,000 meters)Reliable line-of-sight communication for urban or open-field use
Skill LevelBeginnerIdeal for training or introductory aerial operations

Customization guide

Adjustable payload configurations allow users to swap sensors, cameras, or cargo modules to meet mission-specific needs. The PVC frame supports lightweight modifications (e.g., adding GPS trackers or environmental sensors) without compromising structural integrity.

Get inspired

Turn your NIMBUS1900 into a versatile tool: attach a high-res camera for aerial photography, mount thermal sensors for agricultural monitoring, or use its dual payload to carry small packages for last-mile delivery trials.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Flight Time40 min+15% (46 min)+30% (52 min)*
Transmission Range1 km1.5 km2 km
Payload CapacityBasic slotsDual modular slotsCustomizable slots
CertificationBeginner-friendlyAdvanced stabilityProfessional-grade

Supplier's note

  1. Technical Breakthroughs:

    • PVC Composite Frame: Reduces weight by 20% compared to traditional foam, enhancing portability without sacrificing durability.
    • One-Key Takeoff: Simplifies deployment for beginners, cutting setup time by 50% versus manual launch methods.
    • Modular Payload Design: Allows real-time mission adjustments, enabling dual-use scenarios (e.g., photography + environmental sensing).

  2. Version Selection Guide:

    • Base Model: Perfect for hobbyists or educational programs needing a stable, budget-friendly platform.
    • Advanced Model: Ideal for small-scale surveys or farmers requiring extended flight times and sensor versatility.
    • Pro Model: Engineers or researchers benefit from its 52-minute endurance and 2km transmission—30% beyond industry benchmarks—enabling long-range data collection in remote areas.

*Pro Model’s flight time exceeds industry standards by 30%, making it suitable for multi-hour environmental monitoring.

Frequently asked questions

  • Which NIMBUS1900 model is best for aerial surveys by beginners?

  • How do I maintain the NIMBUS1900’s PVC structure for durability?

  • Why is PVC used in the NIMBUS1900 compared to other materials?

  • Can the NIMBUS1900’s dual-payload system be customized for different missions?

  • Is the NIMBUS1900’s 40-minute flight time verified for long-endurance tasks?

  • How does app control enhance the NIMBUS1900’s usability for beginners?

  • How portable is the NIMBUS1900 for rapid deployment in the field?

  • Does the NIMBUS1900 support external cameras for video capture despite lacking an onboard camera?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
PortabilityRapid-deploy field surveys, urban inspectionsIndustry: ≤2kg (ISO 1043)
Base: 1.8kg (▲10% lighter)
Advanced: 1.5kg (▲16.7% lighter, carbon fiber)		Base: Balances weight and cost; Advanced: Easier transport for long missionsBase: Heavier than Advanced; Industry standard requires careful packing
Flight TimeLong-endurance mapping, surveillanceIndustry: 30–35 min (ASTM F2277)
Base: 40 min (▲14.3% longer)
Advanced: 50 min (▲40% vs Industry)		Base exceeds industry standard; Advanced doubles endurance for large surveysBase battery may need frequent swaps; Advanced requires higher maintenance
Control TypeBeginner pilots, commercial operatorsIndustry: Dual control (app + remote)
Base: App + remote (ISO 14727)
Advanced: Gesture control (▲20% UI efficiency)		Base offers familiar controls; Advanced improves precisionBase lacks gesture features; Industry standard may require more training
MaterialHarsh environments, frequent deploymentsIndustry: Carbon fiber (ASTM D790)
Base: PVC (ASTM D1243) for cost
Advanced: Carbon fiber (▲30% lighter, ▲50% durable)		Base balances cost and durability; Advanced offers premium performanceBase material less durable in extreme temps; Advanced increases cost
TransmissionRemote area surveys, BVLOS operationsIndustry: 2km (FCC Part 15)
Base: 1km (▲50% shorter)
Advanced: 2.5km (▲25% over Industry)		Base sufficient for local use; Advanced enables BVLOSBase limited to short-range; Advanced requires FCC certification
Skill LevelTraining new pilots, corporate fleetsIndustry: 20+ hours training (FAA)
Base: Beginner-friendly (▲100% ease)
Advanced: Pro settings + beginner mode		Base lowers entry barrier; Advanced caters to mixed skill teamsAdvanced may overwhelm novices; Industry standards demand more training

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