CHASING M2 S is an industrial-grade revolutionary underwater robot, which adopts an open-body design, intelligent flight control system, and image algorithm, bringing unprecedented underwater perception and freedom of movement. 8 vectored-thrusters are symmetric and anti-stuck C-Motor 3.0 provide stable power, while the flagship sealed structure guarantees underwater operation performance. The ROV is compact and lightweight, easy to operate and efficiently completes inspection tasks in various underwater operating scenarios in different industries.
THREE MECHANISMS
C-Sense Control System, flexible and stable
All-scenario Efficient Operation System
HD Visual Image Transmission System
C-Sense control system, flexible and stable
8 Vectoredthrusters
Remains the symmetrical vector layout of the eight thrusters of CHASING. Adopts a design where translation and rotation are independent of each other. Supports 360-degree omnidirectional movement and rotation. Improves posture response speed and control stability.
NeptuneX intelligent flight control system
The exclusive CHASING navigation algorithm enables more precise operation; CHASING M2 S can maintain the movement direction even in the presence of external force interference or difficult operating conditions.
The Kalman inertial navigation fusion depth observation method greatly reduces the impact of ocean waves on ROV and maintains the depth stable, significantly enhances the vertical flow resistance capability.
Apex Anti-stuck C-Motor 3.0
The third-generation Apex Anti-stuck C-Motor 3.0 used in the CHASING M2 S adopts a unique anti-stuck solution and magnet protection technology, which ensures power supply but also greatly reduces electrochemical corrosion and aggregation rust caused by motor wear. The anti-stuck performance is stronger, making it more reliable to use.
Flagship Airtight structure
Fully innovate the waterproof structure of the main cabin and lighting to further enhance the stability of underwater operations.
Butterfly wing outline
The streamlined design of the butterfly wing outline at front and rear enhances the recognition and protects the propeller.
All-scenario Efficient Operation System
A wide working range
CHASING M2 S can dive to a maximum depth of 100 meters, an operating radius of 200 meters. 400 meters extendable distance.
Multiple accessories
All scenarios application
CHASING M2 S is widely applied in various industries, such as underwater photography, hull and dock inspection, fishery and aquaculture monitoring, underwater emergency rescue, scientific exploration, water conservancy and hydropower inspection, Pipeline inspection, providing efficient solutions for underwater observation tasks.
Swappable battery
CHASING M2 S has a default 97.68Wh battery that can power up to 4 hours of operation. The battery compartment is ready to use, 200Wh backup battery is also optimal to meet the needs of the long-time operation.
Extend operation time
-The battery compartment is ready to use -Optional 200Wh backup battery
Portable and convenient
CHASING M2 S is portable and has a compact body. Single-person operation and quick deployment brings an effective operating experience under a variety of scenarios.
The color restoration algorithm design based on underwater light, physical light route, and environmental, as well as the visual identification and tracking system, completely upgrade image transparency, clarity, reducing color layering, and noise.
Removable SD memory card , online live-stream and share
User-friendly interaction
Easy to interact between operator and ROV. Professional remote controller and CHASING App. The operator can record depth, temperature, and other parameters.
｜Support VR ｜Observer mode ｜Multiple people watching
Includes
Chasing M2S-Lite:
Vehicle (97wh, 64GB)
100-meter cable
Remote control
Charger
Chasing M2S-Standard:
Vehicle （97wh, 64GB)
200-meter cable
Remote control
Floodflight 2.0
Left&right motor
Charger
Chasing M2S-Advanced:
Vehicle (97wh, 64GB)
200-meter cable
Remote control
Floodflight 2.0
Left&right motor
Charger
Grabber Claw A
200Wh battery
Specifications
ROV
Weight: 4.5kg
Maximum Depth: 330ft/100m
Runtime: Up to 4 Hours
Operating Temp: -10°c to 45°c
Camera
Resolution: 4K, 12MP
CMOS: 1/2.3
FOV: 150°
Format: JPEG/DNG
LED Lights
2 x 2000 Lumens
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
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Refund Policy
Any order that has not been shipped or picked up can be refunded in full. Please contact us with your order number to cancel and refund your order.
DJI products that have been activated/registered cannot be returned/refunded - this is the worldwide DJI policy.
Open box products (but not activated or registered) can be returned within 10 days, subject to a 10% restocking fee* of the retail price.
Products determined to be dead on arrival ("DOA") can be exchanged for identical replacements or a refund of the purchase price, within 10 days.
Merchandise cannot be returned if it has been damaged as a result of improper use or accident.
Please contact us for an RMA number prior to shipping your product(s) to us. Products sent to our office without an RMA number will be sent back to the shipper with shipping charges to be collected.Please read the following shipping instructions carefully:
Product that arrives damaged in shipment, without an RMA number or without appropriate warranty information, will be, returned to the sender non-repaired. Products, damaged through neglect due to improper packaging or in shipment, will have the warranty voided and will be processed and returned to you non-repaired. Note: An example of improper packaging would be sending a product back in an envelope.
Only products and quantities authorized through the Return Material Authorization process will be accepted.If your RMA packing list is in error, ie. Wrong product description, wrong model number, wrong capacity please contact us OmniView Tech Customer Support prior to shipment.
All products require stable and sufficient packing material, needed to protect the product from ESD (Electro Static Discharge) influences and possible damage during transport.
Required Packaging Steps:
A. Place item in ESD (Electro Static Discharge) Bag (For electronics only.)
B. Wrap with 2 inches of bubble wrap or non-movable foam cushioning
C. Place in sturdy cardboard box. Do not use chipboard, as it is not strong enough to withstand the rigors of transit. Please make sure the corrugated carton is free from defects and is structurally sound. Note: Returning an item in an envelope, will void the warranty.
D. Please write the Return Material Authorization number on outside packaging, on three sides in bold print.
E. When shipping multiple items, each item must be, packed as above, items must not directly touch each other and cannot move inside the packaging. All products must be, packed in individual anti-static bags and in a sturdy cardboard box. Please utilize original packaging when available. DO NOT USE peanuts or packing material that can shift or settle during transit. Warning: Returning an item in an envelope, will void the warranty.
Send your product to the address located on our contact page. Retain a record of your RMA number and all tracking/shipping numbers for your records. This will allow us to better serve you with possible inquiries.
Your Return Material Authorization number must be visible on 3 sides of the box. Any package sent in without an RMA number will be returned to you non-repaired.
Use a traceable carrier. Use a traceable carrier for transport or a signed for service (i.e., Airborne, Fed Ex, UPS, XpressPost, etc.) with the post office (Canadian customers only) as they provide you with a tracking number and proof of delivery. The cost of sending an item to our service centre for warranty service, is paid by the customer. OmniView Tech pays for the return shipment. If upon arrival your products are out of warranty the shipment will be returned to you at your cost.
*Restocking fee may vary depending on product. Please contact us to confirm.
NeptuneX intelligent flight control system
