Product Description
MoShark unmanned mowing boat is an intelligent maintenance robot for ecological waters. It is designed for large and medium-sized ecological waters. It has functions such as water grass harvesting, water surface cleaning, water quality monitoring, and autonomous return charging. It is suitable for ecological water systems with submerged plants, including natural lakes, urban parks, urban rivers and tourist attractions. As well as high-end residential waters, science and technolo gy parks, golf courses and other commercial waters. It can achieve 24-hour standby, all-weather management and control, and promote intelligent maintenance of water ecology
Features
1) 24/7 response, automatic operation, one-button start, the whole process without worry
2)the harvesting depth is 10cm ~ 60cm, which can be flexibly adjusted to meet the demand for water grass in the low season.
3)Harvesting water and grass at the same time, both water surface clear drift and water quality monitoring functions, multi-purpose boat.
4) The horizontal and vertical cutters are set to flexibly harvest high-density and complex aquatic plants.
5)The paddle wheel propulsion system is adopted to avoid water and grass entanglement and ensure smooth operation.
6)real-time statistics of harvest weight, convenient transportation scheduling, harvest prediction, and intelligent management.
7)to adapt to docks of different heights and materials, reducing the difficulty of garbage dumping.
Specification
Hull size|length, width, height/mm 4000*2500*1930mm
Hull material High strength aluminum alloy
Hull weight (unloaded) 1100 Kg
Rated load 150kg
Charging time 5 Hours
battery life 8 Hours
Draft depth 0.4m
type of harvest All submerged plants
type of control 4g-autopilot/2.4g-remote control
Maximum speed 1.5m/s
Rated working speed 1m/s Hull size|length, width, height/mm
(excluding extension arm)
(standard 1m extension arm) 4700*2500*1930mm Weight 1100kg 5 Hours
Hull size|length, width, height/mm (excluding extension arm) |
4000*2500*1930mm |
Hull size|length, width, height/mm (standard extension arm) |
4700*2500 1930mm |
Hull material |
High-strength aluminum alloy |
Hull weight (unloaded) |
1100 Kg |
Rated load |
150kg |
Charging time |
5 Hours |
battery life |
8 Hours |
Draft depth |
0.4m |
type of harvest |
All submerged plants |
type of control |
4g-autopilot/2.4g-remote control |
Maximum speed |
1.5m/s |
Rated working speed |
1m/s |
Detailed pictures
Application
production process
All products
Company Overview
RELONG TECHNOLOGY CO, LTD is a high-tech enterprise focusing on designing, manufacturing assembly, and operation management of environmental protection projects and machinery with more than 20 years of experience.
Our main product is an automatic aquatic weeds harvester. It is mainly used to collect floating garbage, aquatic vegetation, and salvage in reservoirs, rivers, lakes, and coastal areas.
In addition, we have our own R & D team and independent factory production to save production time.
certificate
Cases
FAQ
How often should we harvest weeds in our lake?
For optimal weed control, 2 Harvesting a year approximately 6 weeks apart.
When should I have my lake cut for the best results?
When the water temperature is around 70 Degrees and 2nd cutting in 6 weeks. Shallow lakes will be earlier than deeper lakes.
How does harvesting affect fishing?
Fishermen on the lakes tell us that fishing improves in areas that we have harvested.
When is the best time to schedule lakes for cuttings?
Due to the large demand, in general for harvesting service, is best to have a contractor booked by October 31st for the coming year.
What are the benefits of harvesting over chemical kills?
1. Recreational Use Impaired:
Too much vegetation can impair recreational activities such as swimming, fishing, and boating.
2. Fish Control:
Excessive plant growth provides too much shelter for small fish and reduces predation. This leads to an overpopulation of
prey fish.
3. Fish Kills:
An overabundance of aquatic plants and algae can reduce the oxygen level in the water, which can contribute to fish kills. Fish
kills that are vegetation-related can occur in the summer or the winter.