Speedip V2+
VS.
Other Approaches
Approach 3:
Building and operating a continuous water quality sampling system
Speedip V2+:
· Lower initial investment
· Higher flexibility
· Fully automated waypoint
sampling*
When Speedip V2+ is paired with DJI M350/M300 UAVs, it supports fully automated waypoint missions through the DJI Pilot app. For use with other UAVs, developers can integrate via Speedip V2+'s API.
Approach 2:
Operators traveling by boat or other vehicles to the target location for manual sampling
Speedip V2+:
· Remote sampling for better safety & comfort
· Higher efficiency, lower costs
· A typical sampling task:
< 8min, 80% time reduction*
27.46 USD, 88% cost savings*
On January 17, 2025, at an authoritative institute of oceanology in Asia, a Speedip V2+ mounted on a DJI M300 UAV was used to collect coastal seawater samples. During this mission, there was a northwest wind at force 2 (an average wind speed of 2.8 ± 0.2 m/s) and an average flight altitude of 15 meters. The stated operation time was measured from the moment the UAV was armed to when the mission ended with the UAV’s landing. Taking the scenario described above as an example, boat-based sampling required about 2,400 seconds (40 minutes) per operation, while Speedip V2+ sampling took 479 seconds – an approximately 80% reduction in time.
Taking the real user scenario described above as an example, the corresponding costs are detailed in the table below:
On January 17, 2025, at an authoritative institute of oceanology in Asia, a Speedip V2+ mounted on a DJI M300 UAV was used to collect coastal seawater samples. During this mission, there was a northwest wind at force 2 (an average wind speed of 2.8 ± 0.2 m/s) and an average flight altitude of 15 meters. The stated operation time was measured from the moment the UAV was armed to when the mission ended with the UAV’s landing.
Taking the scenario described above as an example, boat-based sampling required about 2,400 seconds (40 minutes) per operation, while Speedip V2+ sampling took 479 seconds - an approximately 80% reduction in time.
Approach 4:
Unmanned boat sampling
Speedip V2+:
· Rapid deployment and return without heavy
transport
· Safer & smoother operation with cable monitoring
system and emergency rope-cut function*
Once the emergency rope-cut function is activated, the unit must be returned to Soarability for rope replacement to ensure optimal performance in future operations.
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More Efficient
Speedip V2+ improves water sampling efficiency and reduces costs in complex aquatic environments. It supports fully automated waypoint sampling* for repetitive tasks.
When Speedip V2+ is paired with DJI M350/M300 UAVs, it supports fully automated waypoint missions through the DJI Pilot app. For use with other UAVs, developers can integrate via Speedip V2+'s API.
＜ 8min*
For a typical 1km mission
On January 17, 2025, at an authoritative institute of oceanology in Asia, a Speedip V2+ mounted on a DJI M300 UAV was used to collect coastal seawater samples. During this mission, there was a northwest wind at force 2 (an average wind speed of 2.8 ± 0.2 m/s) and an average flight altitude of 15 meters. The stated operation time was measured from the moment the UAV was armed to when the mission ended with the UAV’s landing.
Taking the scenario described above as an example, boat-based sampling required about 2,400 seconds (40 minutes) per operation, while Speedip V2+ sampling took 479 seconds – an approximately 80% reduction in time.
80%*
Time reduction
On January 17, 2025, at an authoritative institute of oceanology in Asia, a Speedip V2+ mounted on a DJI M300 UAV was used to collect coastal seawater samples. During this mission, there was a northwest wind at force 2 (an average wind speed of 2.8 ± 0.2 m/s) and an average flight altitude of 15 meters. The stated operation time was measured from the moment the UAV was armed to when the mission ended with the UAV’s landing.
Taking the scenario described above as an example, boat-based sampling required about 2,400 seconds (40 minutes) per operation, while Speedip V2+ sampling took 479 seconds – an approximately 80% reduction in time.
78%*
Cost savings
100+
Daily sampling capacity
On January 17, 2025, at an authoritative institute of oceanology in Asia, a Speedip V2+ mounted on a DJI M300 UAV was used to collect coastal seawater samples. During this mission, there was a northwest wind at force 2 (an average wind speed of 2.8 ± 0.2 m/s) and an average flight altitude of 15 meters. The stated operation time was measured from the moment the UAV was armed to when the mission ended with the UAV’s landing. Taking the scenario described above as an example, boat-based sampling required about 2,400 seconds (40 minutes) per operation, while Speedip V2+ sampling took 479 seconds – an approximately 80% reduction in time.
Taking the real user scenario described above as an example, the corresponding costs are detailed in the table below:
Safer
Speedip V2+ enables remote UAV-based sampling, keeping operators away from water areas to ensure safety.
It is highly compatible with UAVs and equipped with an emergency rope-cut function* to minimize losses in case of container obstruction.
Accurate
Speedip V2+ employs intelligent control logic to ensure accurate sampling at the intended depth.
The container features enhanced corrosion resistance and ultra-low VOC adhesives to maintain sample integrity.
Durable
Speedip V2+ features intelligent rope monitoring, Health Management System (HMS), and PCBAs resisting moisture, dust, and corrosion. Its reliability has been verified by 24-hour high-intensity vibration* and 24-hour salt spray testing, combined with stringent quality testing, to ensure exceptional durability.
The vibration test includes a 20-hour simulated operational vibration test and a 4-hour vibration test in its transport case.
Once the emergency rope-cut function is activated, the unit must be returned to Soarability for rope replacement to ensure optimal performance in future operations.
Learn More About Speedip V2+
Internal PCBAs resisting moisture, dust, and corrosion*
improve Speedip V2+'s adaptability and lifespan.
需搭配防水套，可实现全面三防。
A Built-in starlight-level downward-facing camera,
approximately 180° diagonal field of view, provides real-time operational environment monitoring for BVLOS safety.
The ultra-lightweight design enables the main unit to weigh only 570g, primarily made from aerospace-grade aluminum alloy.
A real-time rope monitoring system detects rope tangling and grounding to minimize damage and losses.
570g
180° ultra-wide-angle night-vision camera
For full protection against moisture, dust, and corrosion, please use with the designated waterproof cover.
Health Management System (HMS) delivers abnormal status alerts and winch maintenance notifications to reduce downtime due to wear or failures.
API Available
Speedip V2+ is highly compatible with DJI PSDK.
For other UAVs, users can send commands and receive operational data through Speedip's USB-C.
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360° Experience
Four Simple Steps for Efficient Sampling
1. Installation
Mount the device on the UAV → Connect & secure the cable → Confirm Speedip V2+'s proper communication with the UAV
Fewer Terrain Constraints
Greater Application Possibilities
Quality Control
Pursuing Excellence with Stringent Quality Control
Raw Material Control
Material dimensions, cleanliness, and sealing are strictly controlled to ensure high-quality raw materials for reliable production.
Scaled Production
Annual output rose from 220+ units in 2024 to 500+* in 2025, backed by complete SOPs and a well-trained, dedicated, and stable production team.
inlcuding Speedip V2+ and other Speedip series products
Final Testing
Before delivery, each device undergoes aging and functional tests, with strict control in a simulated environment to ensure reliability and durability.
Photographed at Speedip's dedicated testing facility. After testing, each container is thoroughly cleaned, dried, and packed.
FAQs
Contact Us to Enhance Your Efficiency through Speedip V2+
