Robots · Home robots

Roborock Saros Z70 teleoperation: driving the OmniGrip arm, and what a 300 g arm can do

The Saros Z70 is the first mass-market home robot with an arm you can buy. It is autonomous, nobody drives it remotely, but its app lets you steer the arm yourself, which makes it a small, real test of home teleoperation.

Roborock Saros Z70, Robot vacuum and mop with a five-axis arm
AI-generated illustration of the Roborock Saros Z70. For product photos, see Roborock.
Arm
OmniGrip foldable five-axis arm with camera, LED and weight sensor
Arm lift limit
Weight sensor stops lifts above 300 g
Suction
22,000 Pa (IEC 62885-2, Max+ mode)
Obstacle recognition
108 object types, plus up to 50 user-defined objects
Robot size
350 × 353 × 79.8 mm
Dock
Multifunctional Dock 4.0 (80°C mop wash, auto empty, warm-air drying)
Charging
2.5 h fast charge
Price
Listed at $2,599.99 on Roborock's US store, shown on sale at $999.99, as of October 2026

Updated

The Roborock Saros Z70 is a flagship robot vacuum and mop with one addition no other mass-market floor robot had when it launched: a foldable, five-axis arm, which Roborock calls OmniGrip, that unfolds from the top of the robot to pick up socks, tissues, slippers and small towels before the vacuum runs over them. It is the first home manipulator many households will actually own. It is also a useful case study for anyone thinking about home robots and the people behind them, because it shows what a cautious, low-payload arm can do on autonomy alone, and because its app lets the owner take the arm over by hand.

Is the Saros Z70 teleoperated?

Not by anyone at Roborock. The Z70 is an autonomous product: it recognizes liftable objects, picks them up and drops them at places you set in the app. There is no remote operator service and no human-in-the-loop fallback. What it does have is a manual mode. Roborock's Saros Z70 page says the mechanical arm and the chassis can be "manually controllable" through the Roborock app. That is teleoperation in its simplest consumer form: the owner, on a phone, steering a robot arm in their own home.

It is worth separating three things that get blurred in coverage of home robots. Owner-driven control, as on the Z70, keeps the human and the home on the same side: nobody outside the household is looking through the camera. Remote takeover by a company operator, as Weave describes for Isaac 1, lets a robot finish tasks its policy cannot. Demonstration collection, in which operators drive robots to produce training data, is how most manipulation policies are built. The Z70 only does the first.

How OmniGrip works

Off by default

Roborock ships the OmniGrip features disabled. You switch them on in the app, then choose which object types to handle and where each should go.

Seeing the object

The arm carries its own camera and LED light alongside precision sensors, so it can judge its position, its surroundings and the object in front of it.

Weighing it

A built-in weight sensor stops any lift above a 300 g threshold. Roborock describes the grip as gentle, and the grip can be reversed by hand to release an object.

Putting it somewhere

Destinations are set in software: Roborock's own examples are socks toward the closet, sandals toward the entrance rug and crumpled tissues to the Store Box. Roborock says more object types will come through over-the-air updates.

Everything else on the robot is a high-end vacuum and mop: 22,000 Pa of suction measured under IEC 62885-2 in Max+ mode, recognition of 108 obstacle types plus up to 50 objects you define and label in the app (between 10 × 10 cm and 100 × 100 cm), and a 79.8 mm tall body that fits under low furniture. The arm folds flat inside that height.

What the arm can and cannot do today

Reviews line up on the same picture. BGR's June 2025 review saw the Z70 pick up rolled socks, small towels, crumpled tissues, paper balls and slipper-style sandals, and also listed the limits Roborock itself acknowledged to the reviewer:

Speed

The arm is slow to unfold and grab. Roborock told BGR the slow movement "is a design limitation", a deliberate choice for a moving arm at floor level around kids and pets.

Fabric on carpet

Roborock said the robot intentionally does not pick up fabric items such as socks on carpeted areas yet.

Flat, small and shiny objects

A sock lying flat may not be seen at all. Very small, transparent, shiny or black items reduce reliability, and objects close to walls are harder.

Weight

The rated limit is 300 g. BGR reported the arm handled more in testing, but the weight sensor and the rating are what Roborock stands behind.

BGR's verdict was that at the $2,599 launch price the arm felt more like a gimmick than a product, most useful in homes with kids or pets, and it suggested the Saros 10R as the cheaper alternative. That was a fair reading at launch. Seen from a robot-learning angle, the Z70 is doing the hardest version of a simple task: grasping deformable, low-profile objects from the floor, in a home it has never seen, with no human fallback. The cautious speed and the 300 g cap are the safety envelope that makes that acceptable.

Why the weight sensor matters: a floor robot cannot tell a sock from a phone charger by sight alone every time. A hard weight limit checked at the moment of lifting is a simple, robust guard, and it is the kind of local safety rule any home manipulator needs whether a policy or a person is driving it.

Getting better pick-ups if you own one

Give it room to drop things

Roborock advised BGR to keep the storage box clear of walls, furniture and other obstructions, so the robot can work out where to place what it carries.

Label your own clutter

If a recurring object is not on the built-in list, define it as a custom object in the app. Roborock supports up to 50, between 10 × 10 cm and 100 × 100 cm.

Expect the floor type to matter

Roborock says fabric items on carpet are skipped by design for now, so a rug-heavy room will see fewer pick-ups than a hard floor.

Use manual control for the odd case

For an item the routine will not attempt, steering the arm from the app is the fallback. It is slower than bending down, but it is also the closest a consumer gets to feeling what remote manipulation is like.

Camera and privacy: what Roborock says

An arm with its own camera, on a robot that already has an RGB camera, raises the obvious question. Roborock's product page says all camera functions are off by default and work only when the user allows them, that the robot is certified by TÜV against the EN 303 645 consumer IoT security standard, and that it does not collect user data for third parties. The Roborock Trust Center, last updated August 2026, adds these statements:

Obstacle photos are saved on the robot in an encrypted format rather than as a standard image file. When you view one in the app, the cloud relays it and "does not store the image."
"All AI computations are performed on-device, with no data sent to the cloud or shared with third parties."
The live video call feature is off by default, "requires physical confirmation to activate", and the stream is cleared when the call ends.
"Roborock's AI training uses only data from simulated home environment, not real users."
User data is stored in data centers based on your registered region. Roborock's US shop policy lists data centers in China, Germany and the United States.

That last training statement is the most interesting one for this section of the site. Roborock says it builds its models from simulated homes rather than footage from customers. It is the opposite trade-off from robots that learn from real-home demonstrations or remote sessions, and it fits a product whose skills are narrow and well defined. It also partly explains why new object types arrive slowly through updates rather than being learned in your house.

A US regulatory note

On July 28, 2026 the FCC added "Foreign-produced advanced robotic devices, except advanced robotic devices which have been granted a Conditional Approval by DoW" to its Covered List (FCC public notice DA 26-786). Equipment on the list cannot receive new FCC equipment authorizations. The notice defines "advanced robotic devices" by reference to an attached national security determination, and we have not seen Roborock or the FCC say how the rule applies to the Saros Z70 or to future Roborock models. If you are planning a purchase around a model that has not launched in the US yet, check its status before you wait for it.

Saros Z70, Saros 10R or Dreame Cyber10 Ultra?

The closest sibling is the Saros 10R. It shares the same 350 × 353 × 79.8 mm body, the 108-type obstacle recognition, the StarSight navigation and the 10-in-1 Multifunctional Dock 4.0. Its "FlexiArm" is an extending side brush and mop for corners, not a gripper. If you want clean floors and are happy to pick up your own socks, the 10R is the simpler buy. The Z70 makes sense if floor clutter is your real problem, or if you want to see where home manipulation is heading.

Outside Roborock, the nearest rival is Dreame's arm vacuum. Vacuum Wars reported from IFA 2025 that the Cyber10 Ultra's arm reaches about 33 cm and handles up to 500 g, with pricing and availability not yet confirmed. See our Dreame Cyber10 Ultra page for its current status.

What an arm vacuum would need to become generally useful

The Z70 handles a short list of object classes, each with a fixed destination. Going from there to "tidy this floor" is a data problem more than a hardware one, and it is the same problem every home robot faces:

Many homes, not one

Grasping a sock on a rug, under a chair or against a baseboard looks different in every house. Policies need demonstrations across many floor types, lighting conditions and layouts.

Recoveries

The useful episodes are the near misses: a regrasp after a slip, backing off a sock that is half under furniture. Those come from operators who are taught to recover cleanly rather than restart.

Consistent strategy

Floor-level grasping from a low arm leaves little room for variety. A dataset where every operator approaches the same way trains far better than one with ten styles.

Privacy by design

Real-home data collection has to start from consent, limited camera views and stated retention, the opposite of the simulation-only route Roborock describes.

Our data collection guide covers how teams structure those episodes and check their quality.

Building a floor-level manipulator? How RoboPilots helps

We have no relationship with Roborock, and the Z70 has no remote-operator program. For companies building their own home manipulators, from arm vacuums to mobile bimanual robots, we staff the people who collect demonstrations and, where your product needs it, take over remotely when autonomy stalls. We train a dedicated group of operators on your unit and task protocol before they record anything. More on the category on our home and hospitality page.

One-week trial

Sets the clean-episodes-per-operator-hour baseline on your robot, in your test homes or lab, before a longer engagement.

Coverage

Shifts across time zones, including US Pacific, so collection runs on your schedule.

Data

Episodes labeled by task and outcome, delivered as LeRobot, RLDS or HDF5, with household privacy rules written into the protocol.

Interfaces, specs and sources

  • Roborock app
  • Manual arm and chassis control in the app
  • Up to 50 custom object labels
  • Cameras off until enabled
  • Matter (announced via OTA)
  • No remote operator service

Availability: Buyable. Roborock sells the Saros Z70 through its US store and lists Amazon, Best Buy, Wayfair and NFM as retailers. On October 16, 2026 Roborock's US store showed a $2,599.99 list price and a $999.99 sale price, with mixed stock messages on the same page.

Specs are the maker's published figures, checked on . RoboPilots is not affiliated with Roborock; product names are trademarks of their owners.

Frequently asked questions

Can the Roborock Saros Z70 pick up socks?
Yes, with limits. Roborock lists socks among the objects OmniGrip handles, but reviewers found flat socks can be missed, and Roborock says it does not yet pick up fabric items on carpet.
How much can the Saros Z70 arm lift?
Roborock says a built-in weight sensor stops any lift above 300 g, so the arm is meant for light items such as socks, tissues, slippers and small towels.
Can I control the Saros Z70 arm myself?
Yes. Roborock says the arm and the chassis can be manually controlled through the Roborock app, in addition to the automatic pick-up routines.
Are the Saros Z70 cameras private?
Roborock says all camera functions are off by default, obstacle photos are stored encrypted on the robot, AI runs on-device, and the robot is TÜV certified to EN 303 645. These are Roborock's own statements.
Is the Saros Z70 worth it over the Saros 10R?
The two share the same body, navigation and dock; the Z70 adds the OmniGrip arm. If floor clutter is not your main problem, reviewers have pointed to the 10R as the better value.