Beatbot Sora 70 (P7): A Complete Pool Cleaning Solution from Surface to Floor

Keeping a swimming pool clean takes more than removing leaves from the water. Dirt settles on the floor, algae can build up on the walls, and sunscreen and body oils leave marks around the waterline. Shallow steps and tanning ledges can also be difficult for many robotic pool cleaners to reach.

The Beatbot Sora 70 (P7) is designed to handle these jobs with one cordless robotic pool cleaner. It combines JetPulse™ water surface cleaning, 6,800 GPH water flow, AI ultrasonic navigation and five area cleaning coverage.

With a 10,000mAh battery, a large 6L debris basket and two filtration options, Sora 70 brings more pool cleaning tasks together in one device. It also automatically returns to the pool edge when cleaning is complete, making it easier to retrieve and maintain.

Why Is Cleaning a Pool More Complicated Than It Looks?

A swimming pool collects different types of dirt in different places. This is why cleaning the floor alone is not enough to keep the entire pool looking good.

Think about what happens during a normal week:

• Water surface: Leaves, insects and pollen float across the water, especially after windy weather.

• Pool floor: Sand, dirt and heavier debris settle at the bottom.

• Pool walls: Algae and other deposits can build up on surfaces that are not brushed regularly.

• Waterline: Sunscreen, body oils and lotions leave marks where the water meets the pool wall.

• Shallow areas: Steps, tanning ledges and platforms can be difficult for ordinary pool cleaners to reach.

Traditionally, these jobs may require different cleaning equipment. A robotic pool cleaner handles the floor and walls, a separate skimmer collects floating leaves, and a pool brush takes care of stubborn marks.

Beatbot Sora 70 takes a different approach. It is designed to clean all five areas in one cordless device, including the water surface and suitable shallow platforms.

What Makes Beatbot Sora 70 Different?

Sora 70 is built around three main ideas: active water surface cleaning, wider pool coverage and easier robot retrieval.

Its JetPulse™ system helps collect floating debris rather than leaving the water surface for another device. Its ultrasonic navigation supports cleaning in shallow areas, while its Smart Water Surface Parking system brings the robot back to the pool edge when the job is finished.

Here are the main specifications:

Beatbot Sora 70 Key Specifications

The following sections explain how these features work together and what they mean for everyday pool cleaning.

One Robot for the Entire Pool: How Does It Clean Different Areas?

The biggest advantage of Sora 70 is that it does not focus on just one part of the pool.

It is designed to clean the water surface, shallow platforms, floor, walls and waterline. This makes it a more complete cleaning option for pool owners who want to reduce the number of separate cleaning tools they use.

Water Surface: Collects Floating Leaves and Debris

Leaves and insects can make a pool look untidy even when the water underneath is clean.

Most robotic pool cleaners focus on underwater cleaning. They do not actively collect floating debris, which means you still need to use a pool net or separate skimmer.

Sora 70 uses JetPulse™ technology to collect floating debris as it moves across the water.

Its two converging water jets guide debris towards the suction inlet, helping collect leaves before they sink.

The system also supports edge to edge surface cleaning, which is useful because wind often pushes floating leaves towards the pool walls.

You can also use the Beatbot App to guide the robot towards areas where debris has gathered.

Pool Floor: Removes Sand, Dirt and Heavier Debris

The pool floor collects everything that eventually sinks.

Sand, dirt, leaves and other organic debris can settle in corners and along the bottom, especially after heavy use or windy weather.

Sora 70 combines its high flow cleaning system with roller brushes to collect this debris.

Its AI navigation uses S shaped cleaning paths to organise floor coverage according to the pool's shape.

This helps the robot move across the floor in a more structured way instead of relying entirely on random movement.

Pool Walls: Scrubs Away Dirt and Algae

Pool walls can collect dirt and algae over time, particularly when certain areas receive less water circulation.

Sora 70 uses its dual group roller brush system to help loosen dirt while its tracks maintain contact with the pool surface.

The brushes work at the front and back of the robot, supporting both cleaning and movement.

This is especially useful for pools with sloped walls or curved transitions between the floor and walls.

Waterline: Removes Sunscreen and Oil Marks

The waterline is one of the most noticeable areas when a pool starts to look dirty.

Sunscreen, body oils and lotions can gradually leave a visible ring around the pool, especially during summer when the pool gets more use.

Sora 70 automatically pauses when it reaches the waterline and scrubs the area before continuing its cleaning route.

This gives the brushes more time to work on marks that ordinary floor cleaning cannot remove.

Shallow Areas and Platforms

Many pools have shallow steps, tanning ledges and raised platforms.

These areas are often difficult for traditional robotic cleaners because the water may not be deep enough for them to move properly.

Sora 70 is designed to enter shallow water as low as 8 inches, helping it clean suitable platforms and large steps.

We will look at the water depth and platform requirements in more detail below.

Which Cleaning Mode Should You Use?

Sora 70 offers six smart cleaning modes through the Beatbot App.

For example, if your pool needs a complete clean, Pro Mode is designed to cover all five areas in one cycle.

Standard Mode covers the underwater cleaning areas but does not include water surface cleaning.

This distinction matters because a robot that cleans the floor and walls will not automatically collect floating leaves unless the correct surface cleaning mode is selected.

JetPulse™ and 6,800 GPH: The Technology Behind Its Cleaning Power

A pool cleaner needs to do more than move around the water. It needs to collect debris effectively, even when the pool contains larger leaves, sand and stubborn dirt.

Sora 70 combines JetPulse™ water surface cleaning with a high flow suction system to handle different types of pool debris.

How Does JetPulse™ Guide Floating Debris?

The JetPulse™ system uses two converging water jets to actively guide floating debris towards the suction inlet.

Think about what happens when a conventional pool cleaner moves across the water. Its movement can push lightweight leaves away, allowing them to escape collection.

JetPulse™ is designed to improve this process by directing water flow towards the collection area.

Instead of simply passing over floating debris, the two jets help draw it towards the robot.

Beatbot reports up to 50% higher water surface cleaning efficiency with JetPulse™ compared with its internal testing baseline. Actual results can vary depending on the type of debris and pool conditions.

For example, light leaves and insects that remain on the surface are generally easier to collect than heavy, waterlogged leaves or flower petals that are already close to sinking.

An independent Digital Trends test recorded around 90% debris collection within 45 minutes in Surface Mode. However, the reviewer also found that some heavier flower petals and waterlogged debris could be pushed underwater by the water jets.

This is worth understanding if your pool regularly collects heavier organic debris. JetPulse™ improves surface cleaning, but it does not guarantee that every floating object will be collected before it sinks.

6,800 GPH Water Flow Rate

Sora 70 has a stated water flow rate of 6,800 GPH, equivalent to approximately 25,700 litres per hour.

GPH measures the volume of water moved through the system over time. It is not the same as motor wattage or a direct measurement of suction pressure.

A higher water flow rate helps move water and debris through the cleaner, supporting the collection of larger leaves, sand and other pool dirt.

However, the overall cleaning performance also depends on the pump design, suction inlet, brushes and filtration system.

Sora 70 combines several components to support this process.

HydroBalance™ Structure

The HydroBalance™ structure places the pump in the centre of the robot.

This design helps reduce resistance along the water flow path, allowing water to move more directly through the system.

Why does this matter?

Every change in direction inside a water flow system can create resistance. Reducing unnecessary resistance helps the pump maintain more efficient water movement.

This supports the robot's overall suction performance during cleaning.

6.7 Inch Suction Inlet

The suction inlet is where water and debris enter the robot.

Sora 70 features an extended 6.7 inch suction inlet, designed to collect larger debris such as whole leaves without relying on a narrow opening.

This is particularly useful during autumn or after a storm, when a pool may contain larger amounts of leaves and organic debris.

A wider inlet also gives larger debris more room to enter the collection system rather than getting stuck outside the opening.

Bottom Hugging Design and Motor System

Sora 70 also uses a bottom hugging design to help maintain contact with the pool floor.

This is important because a cleaner needs to stay close to the surface to collect settled debris effectively.

Its proprietary motor system supports the robot's movement and water flow, while the tracks and roller brushes help it maintain traction on different pool surfaces.

Together, these components are designed to provide consistent cleaning across the floor, walls and sloped areas.

Can Sora 70 Clean Shallow Steps and Complex Pool Shapes?

One of the more interesting features of Sora 70 is its ability to clean shallow water areas.

This is important for Australian pools, where tanning ledges, large steps and shallow platforms are common.

A conventional robotic pool cleaner may handle the main pool floor but struggle to move into these areas because the water is too shallow.

Sora 70 is designed to clean suitable shallow areas with a minimum water depth of 8 inches.

What Are the Platform Requirements?

There are two important measurements to consider:

This means the platform should be at least 1m × 1m, with more than 8 inches of water.

For example, a large tanning ledge that meets these conditions is a more suitable cleaning area than a narrow step with only a few inches of water.

If your pool has a shallow sun shelf with only 6 inches of water, it falls below the stated operating conditions.

It is also worth checking the shape of the platform. Very narrow steps, exposed fittings and other obstacles may affect how easily the robot moves.

SonicSense™ AI Ultrasonic Obstacle Avoidance

Sora 70 uses SonicSense™ technology to help it understand its surroundings and avoid obstacles.

The system combines two ultrasonic sensors with AI processing.

Ultrasonic sensors send out sound waves and detect the signals that return after bouncing off nearby objects.

By analysing these signals, the robot can gather information about nearby obstacles and adjust its movement.

This is useful when navigating around pool steps, raised platforms and other structures that may interrupt a normal cleaning path.

Unlike AquaSense 2 Ultra, Sora 70 does not rely on a dual AI camera system for visual pool mapping. Its navigation focuses on ultrasonic obstacle detection and AI assisted movement.

AI S Shaped Cleaning Paths

Sora 70 also uses AI algorithms to create S shaped cleaning paths.

Instead of moving randomly across the pool floor, it follows a more organised route that adjusts to the pool's shape.

For example, a rectangular pool offers long, open cleaning paths, while a kidney shaped pool has more curves and changing angles.

The robot adjusts its movement to suit these different layouts.

This helps organise floor coverage and reduce unnecessary movement, although complex pool corners may still need additional cleaning passes.

Dual Group Roller Brushes

Sora 70 has two groups of roller brushes positioned at the front and back of the robot.

These brushes serve two purposes.

First, they loosen dirt and algae from the pool surface as the robot moves.

Second, they support traction when the robot climbs walls and moves across sloped areas.

This combination helps Sora 70 handle more than flat pool floors. It is also designed to climb sloped walls and move across bowl shaped surfaces with better control.

150μm or 3μm? Choosing the Right Filter for Your Pool

Not every pool collects the same type of debris.

A pool surrounded by trees may contain leaves, twigs and larger organic matter. Another pool may have more fine dust, pollen or sand.

This is why Sora 70 offers two filtration options.

150μm Standard Filter for Everyday Cleaning

The standard filter uses a 150μm mesh and comes with the 6L debris basket.

To understand this measurement, 150μm is equal to 0.15mm.

It is designed to capture common pool debris such as:

• Leaves

• Twigs

• Hair

• Sediment

• General dirt

The larger mesh opening allows water to flow through while capturing everyday debris.

This makes it a practical choice for regular cleaning, especially when your pool collects larger amounts of leaves and dirt.

It also helps reduce frequent filter blockages during periods of heavier debris.

Optional 3μm Ultra Fine Filter for Smaller Particles

Sometimes the pool floor looks clean, but the water still contains very fine particles.

Dust, pollen and fine sand can be difficult to capture with a standard filter.

Sora 70 supports an optional 3μm ultra fine filter designed to capture much smaller particles.

A 3μm particle is approximately 0.003mm, making this filtration option significantly finer than the standard 150μm filter.

The optional ultra fine filter basket uses an outer 400μm filter layer and an inner 3μm non woven filter layer. The inner filter works together with the outer basket and should not be used on its own.

It is designed for smaller debris such as:

• Fine dust

• Fine sand

• Pollen

• Microplastics

This can be useful when your pool needs a deeper filtration clean rather than simply collecting larger leaves.

Tip: When Should You Use and Replace the 3μm Filter?

You don't need to use the 3μm filter for every cleaning cycle. Start with the standard 150μm filter to remove larger debris such as leaves, twigs and dirt. Once most of the larger debris has been cleared, switch to the 3μm filter to capture remaining fine dust, silt and pollen.

The 3μm filter is a consumable accessory with a recommended lifespan of around 40 cleaning cycles or 150 hours of operation. Replace it sooner if the inner filter fabric remains noticeably grey or becomes stiff after washing, or if you notice a drop in debris collection performance.

A simple rule: Use the 150μm filter for regular cleaning and the 3μm filter when your pool needs extra fine particle filtration.

Which Filter Should You Choose?

The two filters serve different purposes.

The standard 150μm filter is the better choice for everyday cleaning, particularly when your pool collects a lot of leaves and larger debris.

The 3μm filter is more suitable when the pool is already relatively clean but needs additional fine particle filtration.

There is one trade off: a finer filter can become blocked more easily when the pool contains a large amount of debris. For this reason, the 3μm filter is best suited to lower debris conditions.

It is also a separate accessory rather than part of the standard package, so check its Australian availability before purchasing.

What Happens When the Cleaning Cycle Is Finished?

Taking a robotic pool cleaner out of the water can be one of the less convenient parts of pool maintenance.

If the robot stops at the bottom of a deep pool, you may need to reach down or use a hook to retrieve it.

Sora 70 addresses this with Smart Water Surface Parking and SmartDrain™.

Smart Water Surface Parking

When cleaning is complete or the battery runs low, Sora 70 automatically rises to the water surface.

It then navigates towards the pool edge, making it easier to reach and retrieve.

This means you do not need to lift the robot directly from the deep end.

One Touch App Retrieval

Sometimes the robot may stop on the opposite side of the pool.

You can use the Beatbot App to call it back with one touch.

The robot will return to the pool edge while it is on the water surface, even if it has drifted away from the collection point.

This is particularly useful when you want to retrieve the robot without walking around the pool to find it.

SmartDrain™ Automatic Water Release

Getting the robot to the pool edge is only part of the job. It still needs to be lifted out of the water.

Sora 70 includes SmartDrain™, which automatically releases internal water after the robot surfaces and moves towards the pool edge.

By releasing this water, the system makes the robot lighter and easier to lift.

This is a practical feature for people who regularly use their pool cleaner and do not want to struggle with a heavy, water filled machine after every cleaning cycle.

Battery Life, App Control and Everyday Use

Sora 70 is a cordless robotic pool cleaner with a 10,000mAh battery.

Without a power cable running across the pool area, you do not need to manage a floating cord or worry about the cable getting tangled during cleaning.

How Long Does the Battery Last?

The battery provides different runtimes depending on the cleaning function.

The longer surface cleaning runtime is useful for pools that collect a lot of floating leaves and insects.

Floor cleaning uses a different movement pattern, with the robot travelling across the bottom and climbing walls. Its maximum runtime is therefore shorter.

Beatbot also states that Sora 70 offers 40–70% longer runtime compared with average pool robots, based on its product testing.

What Can Affect Battery Runtime?

Actual battery life depends on how the robot is used.

For example:

• Larger pools require longer cleaning routes.

• Complex pool shapes may require more movement.

• Heavy debris can increase the cleaning workload.

• A clogged filter may restrict water flow and affect performance.

• Different cleaning modes have different power requirements.

The maximum runtimes are separate figures for each cleaning function, not a promise that every cleaning task can run for seven hours on one charge.

Beatbot App: Manage Cleaning from Your Phone

The Beatbot App provides several ways to manage Sora 70.

You can select cleaning modes, monitor battery levels, check cleaning progress and review previous cleaning sessions.

It also supports remote water surface navigation, allowing you to guide the robot towards floating debris.

Six Smart Cleaning Modes

Sora 70 offers six smart cleaning modes through the app.

This gives you more flexibility than using the same cleaning routine every time.

You can choose a more complete cleaning cycle when the pool needs attention or focus on particular areas when only a quick clean is required.

Offline Physical Controls

You do not always need your phone or WiFi connection to operate Sora 70.

The robot also has physical controls that allow you to start cleaning directly from the device.

You can assign your preferred cleaning mode to the Quick Button through the app, making it easier to start your usual cleaning routine without opening your phone.

OTA Software Updates

Sora 70 supports over the air software updates.

This allows Beatbot to deliver software and performance improvements without requiring you to replace the robot.

Can You Control Sora 70 Underwater?

There is one important limitation to understand.

WiFi signals do not travel effectively through water. As a result, app based navigation and one touch retrieval only work when Sora 70 is on the water surface.

You cannot continuously steer the robot or change its cleaning mode while it is underwater.

The best approach is to select your preferred cleaning mode before starting the cycle. Once submerged, Sora 70 continues its cleaning routine independently.

Built for Regular Pool Use

Pool cleaning equipment needs to handle regular contact with water, moisture and outdoor conditions.

Sora 70 uses titanium contact materials in its charging system. These materials are designed to resist corrosion and provide a safer charging connection than traditional charging contacts.

Beatbot also states that the product has been tested in more than 100 real pools, including exposure to different temperatures and 480 hours of salt spray testing.

The product is also backed by 17 global certifications.

These testing and quality control measures are designed to support long term product reliability.

However, salt spray testing should not be confused with a specific saltwater pool compatibility rating. Pool owners should still follow Beatbot's recommended water chemistry conditions.

Is Beatbot Sora 70 Right for Your Pool?

Sora 70 is designed for pool owners who want more than a traditional floor cleaning robot.

It is particularly worth considering if:

• Your pool regularly collects floating leaves and other debris.

• You want one robot to clean the surface, floor, walls and waterline.

• Your pool has suitable shallow platforms, tanning ledges or large steps.

• You need strong water flow to collect larger debris and everyday dirt.

• You want a large debris basket that can handle heavier cleaning jobs.

• You want the option of finer filtration for dust, pollen and smaller particles.

• You prefer automatic poolside parking and easier robot retrieval.

There are also a few things to consider before purchasing.

Shallow platforms must meet the minimum water depth and size requirements. The optional 3μm filter is a separate accessory, and the app based navigation only works while the robot is on the water surface.

Surface cleaning is useful for collecting floating leaves, but heavier or waterlogged debris may still sink before the robot reaches it. Pools with very heavy leaf fall may benefit from an additional skimmer.

Overall, Sora 70 combines JetPulse™ surface cleaning, 6,800 GPH water flow, shallow water cleaning, dual filtration options and Smart Water Surface Parking in one cordless device.

Rather than focusing only on the pool floor, it is designed to handle more of the cleaning work across the entire pool.

From floating leaves to dirt on the pool floor, Beatbot Sora 70 helps make everyday pool cleaning easier.

FAQs

Does the Beatbot Sora 70 clean the entire pool?

Yes. In Pro Mode, Sora 70 is designed to clean all five areas: water surface, shallow areas and platforms, floor, walls and waterline. Standard Mode covers the underwater cleaning areas but does not include water surface cleaning.

Can the Sora 70 clean an 8 inch shallow pool?

Sora 70 is designed to clean shallow areas as low as 8 inches. However, the platform should be at least 1m × 1m, with water deeper than 8 inches, according to Beatbot's product requirements.

Does JetPulse™ collect all floating leaves?

JetPulse™ uses two converging water jets to guide floating debris towards the suction inlet. It works best with lightweight debris that stays on the water surface. Heavy, waterlogged leaves and flower petals may sometimes sink before they are collected.

Can the Sora 70 pick up fine sand and dust?

The standard 150μm filter captures everyday debris. For finer particles such as dust, fine sand and pollen, Sora 70 also supports an optional 3μm ultra fine filter.

How strong is the Sora 70 water flow?

Sora 70 has a stated water flow rate of 6,800 GPH, equivalent to approximately 25,700 litres per hour. Its 6.7 inch suction inlet also helps collect larger debris such as whole leaves.

How long does the Sora 70 battery last?

Its 10,000mAh battery provides up to 7 hours of water surface cleaning or 5 hours of floor cleaning, depending on the selected mode and operating conditions.

Can I control the Sora 70 underwater?

No. App based remote navigation and one touch retrieval only work when the robot is on the water surface because WiFi signals cannot travel effectively underwater. You can select a cleaning mode before starting the cycle and use the physical controls on the robot.

Does the Sora 70 automatically return to the pool edge?

Yes. When cleaning is complete or the battery runs low, Smart Water Surface Parking brings the robot to the surface and guides it towards the pool edge. SmartDrain™ then releases internal water to make retrieval easier.