Main trade-off
Beatbot Sora 30
Surface parking does not collect floating leaves. That remains another system or a manual job.
Head-to-head
Choose Sora 70 when floating debris is a regular chore you want the robot to tackle. Sora 70 adds surface skimming while Sora 30 only parks at the surface. Choose Sora 30 when an existing skimmer or quick netting routine handles that job and the lighter 19.6 lb dry body matters. Sora 70 is about 23 lb dry. Neither surface parking nor skimming removes the need to lift and rinse the cleaner.
Before you choose
If trees drop leaves while guests are using the garden, a cleaner waiting at the surface may look like it solves surface debris. Sora 30 does not skim. You would still need the pool’s skimmer, a net or another device for floating leaves. Sora 70 adds that actual collection task before some of the debris sinks. It is the stronger choice when both floating leaves and underwater dirt consume time. If your existing surface routine already works, that extra mode has less practical value.
What this is based on
Surface parking versus active surface collection crossed with repeated leaf fall and an existing skimmer routine. No claim that all leaves are intercepted or that the pool becomes safe for swimming.
Main trade-off
Surface parking does not collect floating leaves. That remains another system or a manual job.
Main trade-off
About 23 lb dry, with one shared basket for the debris it collects above and below the water.


Beatbot Sora 30 vs Sora 70 for trees over the pool, shallow shelves and lifting over the edge. Decide whether surface collection saves a real chore.
These same-family cordless cleaners overlap on underwater coverage and shallow-platform support. Surface debris creates a concrete reason to consider the higher model.
Winner by situation
70 provides active surface skimming.
30 has the lighter dry body.
Neither published platform condition covers this example.
Inspect and empty the basket. Multiple modes do not remove collection limits.
What matters in practice
If trees drop leaves while guests are using the garden, a cleaner waiting at the surface may look like it solves surface debris. Sora 30 does not skim. You would still need the pool’s skimmer, a net or another device for floating leaves. Sora 70 adds that actual collection task before some of the debris sinks. It is the stronger choice when both floating leaves and underwater dirt consume time. If your existing surface routine already works, that extra mode has less practical value.
Surface parking versus active surface collection crossed with repeated leaf fall and an existing skimmer routine. No claim that all leaves are intercepted or that the pool becomes safe for swimming.
Sora 70 uses a six-liter basket for collected debris. A heavy surface-leaf run can therefore use space needed for a later floor pass. Emptying between those stages is sensible when the basket is loaded, even though the robot covers both jobs. Its five-hour floor and seven-hour surface figures describe different modes. They do not promise an uninterrupted twelve-hour cleanup. Sora 30’s roughly five-liter basket only serves its underwater work, with floating debris handled elsewhere.
Shared collection space and separate runtime modes crossed with a surface-leaf stage followed by floor cleaning. No predicted fill level or exact required emptying interval.
Sora 30 is 19.6 lb dry, while Sora 70 is about 23 lb before retained water. A raised wall, a long carry to storage or difficulty handling an awkward wet object can make the lighter cleaner a better daily choice when skimming is already solved. Floating retrieval brings the handle within reach. It does not lift the body out for you. Check the full movement from water to rinsing point and storage, rather than treating either parking feature as a lifting aid.
Documented dry weights crossed with raised edges, carrying routes and individual handling constraints. Rounded Sora 70 weight avoids conflicting 22.9 and 23.1 lb source values. No safe-weight threshold.

Beatbot, RCMPM021-NAA-A
Underwater cleaning is the remaining job because floating debris is already handled.

Beatbot, RCFPM011G-NavyBlue
Trees regularly leave debris floating before it sinks and you want one robot covering both levels.
Meaningful differences
| What changes | Beatbot Sora 30 | Beatbot Sora 70 | Why it matters |
|---|---|---|---|
| Floating debris | No surface cleaning | Surface skimming | This changes the jobs covered, not simply where the robot stops. |
| Dry body weight | 19.6 lb | About 23 lb | 30 is the lighter physical retrieval. Retained water adds an unmeasured load. |
| Collection volume | About 5L | 6L | 70 has more nominal space, but surface and underwater debris share it. |
| Recharge | About 4.5 hours | About 4.5 hours | The larger job list does not create a faster recharge. |
What you give up
Recommendation switch
Choose Beatbot Sora 70. 70 can collect them, while 30 cannot.
Choose Beatbot Sora 30. 30 removes dry body weight from the same retrieval routine.
What matters in practice
You want fewer netting sessions without making each retrieval a heavier job.
What the facts say
Useful conclusions from the current robot pool cleaners comparison, followed by the checked facts used to reach them.
| Product | Needs matched | Checked facts | Source records |
|---|---|---|---|
| Beatbot Sora 30 |
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| Beatbot Sora 70 |
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Ready to choose?
Open either model on Amazon to check the current price, customer reviews and delivery options.

Underwater cleaning is the remaining job because floating debris is already handled.
A lighter dry body matters at a raised pool edge or an awkward storage route.
See price & reviews on Amazon
Trees regularly leave debris floating before it sinks and you want one robot covering both levels.
You can handle the heavier body and empty the shared basket between demanding jobs.
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