Wybot F1 Solar-Powered Robotic Pool Skimmer Cleaner

Description

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Always Skimming. Solar Energy · Battery Backup · 7L Basket · App Control The Wybot F1 runs on solar all day and switches to battery backup when clouds roll in. Intelligent navigation, 7L debris capture, dual cleaning modes — hands-free surface cleaning, every day. 7L Debris Basket Captures leaves, pollen, insects & fine particles ☀ Solar + Battery
Backup Runs continuously in any light condition ⏱ App
Controlled Modes, navigation & monitoring Eco-Powered Technology Runs on Sunlight.
Never Stops. The F1 harnesses solar energy through its high-efficiency panel to run continuously throughout the day. When sunlight dims, the internal battery backup activates seamlessly — keeping the pool surface clean without intervention or electricity cost. ☀ Solar Powered High-efficiency solar panel powers the unit all day at zero electricity cost ⚡ Battery Backup Internal battery keeps cleaning running in low-light or overcast conditions 🔌 DC Charging DC charging port available for overnight or on-demand battery top-up 0LDebris Basket Capacity 0Cleaning Modes 0Power Sources 0%Autonomous Operation Smart Navigation Navigates Smart.
Never Gets Stuck. The F1’s intelligent navigation system continuously maps the pool surface for efficient coverage. Built-in obstacle avoidance and edge-detection technology prevent collisions with walls and keep it moving fluidly across the full surface.

• Intelligent path planning for full surface coverage
• Obstacle avoidance prevents collisions and jamming
• Edge-detection keeps it clear of pool walls

App Control Total Control.
From Your Phone. The Wybot app lets you select cleaning modes, monitor performance in real time, and manually direct the F1 to targeted areas. Switch between Smart Mode for intelligent autonomous coverage and Standard Mode for consistent pattern cleaning.

• Select Smart or Standard mode via app
• Manual directional control for targeted removal
• Real-time performance and status monitoring

Large Capacity Filter 7L Basket.
Catches Everything. The oversized 7L basket with fine filtration captures leaves, pollen, insects, and particles before they sink. Larger capacity means fewer empties — the F1 keeps working while you do less.

• 7L high-capacity basket for extended skimming sessions
• Fine filtration catches pollen, insects, and small debris
• Captures debris before it sinks, reducing floor cleaning

Key Features ☀ Solar Powered High-efficiency solar panel powers continuous daytime operation with zero electricity cost. ⚡ Battery Backup Internal battery keeps the unit running in cloudy or low-light conditions without interruption. ⸻ Smart Navigation Intelligent path planning with obstacle avoidance and edge detection for uninterrupted coverage. ◯ 7L Debris Basket High-capacity fine filtration basket captures leaves, pollen, insects, and particles before they sink. ⏱ App Control Select modes, monitor performance, and manually direct the unit from your smartphone. ▶ Dual Cleaning Modes Smart mode for adaptive coverage or Standard mode for consistent pattern cleaning. How It Works 1Place on SurfaceLower the F1 onto the pool surface. It floats and begins drawing solar power immediately. 2Solar Powers UpThe solar panel generates power. Battery backup activates automatically in low-light conditions. 3Autonomous SkimmingSmart navigation maps the surface and begins continuous autonomous skimming with obstacle avoidance. 4Empty & RepeatRemove the 7L basket when full, rinse quickly, and replace. The F1 keeps working in the meantime. Product Specifications Model Wybot-F1 · Wybot Solar Pool Skimmer ModelWybot-F1 BrandWybot Power SourceSolar + Battery Backup + DC Charging Debris Basket7 Litres (Fine Filtration) Cleaning TypeSurface Skimmer (Floating) NavigationSmart + Obstacle Avoidance + Edge Detection Cleaning ModesSmart Mode & Standard Mode App ControlYes — Modes, Monitoring, Manual Nav Anti-EntanglementYes — Built-In Design Debris CapturedLeaves, Pollen, Insects, Fine Particles OperationAutonomous — Hands-Free Eco RatingSolar-Powered, Zero Electricity Cost Got Questions?Frequently Asked Does the F1 work on cloudy days?▾

Yes. The F1 uses an internal battery backup that activates automatically when solar input is reduced due to cloud cover or low-light conditions. The unit continues operating regardless of weather. DC charging is also available to top up the battery on demand or overnight.

What is the difference between Smart Mode and Standard Mode?▾

Smart Mode uses the F1’s intelligent navigation to adaptively map and cover the pool surface, prioritising areas with more debris. Standard Mode operates in a consistent, methodical pattern across the full surface. Smart Mode suits daily maintenance; Standard Mode is ideal for thorough, systematic cleaning sessions.

Does the F1 clean the pool floor or walls?▾

No. The Wybot F1 is a surface skimmer designed specifically to remove floating debris from the water surface. It does not clean the pool floor or walls. Its purpose is to capture leaves, pollen, insects, and particles before they sink — complementing a floor-cleaning robot rather than replacing one.

How often do I need to empty the basket?▾

This depends on the debris level in your pool. In typical conditions the 7L basket may need emptying every 1–3 days. In heavier debris periods — such as autumn leaf fall or after storms — daily emptying may be needed. The basket removes quickly and rinses in seconds.

☀Solar PoweredZero electricity cost ⚡Battery BackupRuns in any light ◯7L BasketFine filtration ⏱App Controlled2 cleaning modes ⸻AutonomousHands-free operation(function(){ var ids=[‘wfHeroImg’,’wfHeroTag’,’wfHeroH’,’wfHeroSub’,’wfHeroP’]; var dl=[100,200,350,480,580]; ids.forEach(function(id,i){ var el=document.getElementById(id); if(el) setTimeout(function(){ el.classList.add(‘wf-in’); },dl[i]); }); var els=document.querySelectorAll(‘#wfRoot .wf-fade, #wfRoot .wf-left, #wfRoot .wf-right, #wfRoot .wf-scale’); if(‘IntersectionObserver’ in window){ var io=new IntersectionObserver(function(entries){ entries.forEach(function(e){ if(e.isIntersecting){ e.target.classList.add(‘wf-in’); io.unobserve(e.target); } }); },{threshold:0.1,rootMargin:’0px 0px -40px 0px’}); els.forEach(function(el){ io.observe(el); }); } else { els.forEach(function(el){ el.classList.add(‘wf-in’); }); } var sEl=document.getElementById(‘wfStats’); if(sEl){ var done=false; var sObs=new IntersectionObserver(function(entries){ if(entries[0].isIntersecting&&!done){ done=true; sEl.querySelectorAll(‘.wf-stat-num’).forEach(function(el){ var t=parseInt(el.getAttribute(‘data-target’),10); var s=el.getAttribute(‘data-suffix’)||”; var dur=1800; var st=null; function step(ts){ if(!st) st=ts; var p=Math.min((ts-st)/dur,1); var e2=1-Math.pow(1-p,3); el.innerHTML=Math.round(e2*t)+s; if(p<1) requestAnimationFrame(step); } requestAnimationFrame(step); }); sObs.disconnect(); } },{threshold:0.3}); sObs.observe(sEl); } document.querySelectorAll('.wf-faq-btn').forEach(function(btn){ btn.addEventListener('click',function(){ var item=btn.closest('.wf-faq-item'); var body=item.querySelector('.wf-faq-body'); var wasOpen=item.classList.contains('open'); document.querySelectorAll('.wf-faq-item').forEach(function(i){ i.classList.remove('open'); i.querySelector('.wf-faq-body').classList.remove('open'); i.querySelector('.wf-faq-btn').setAttribute('aria-expanded','false'); }); if(!wasOpen){ item.classList.add('open'); body.classList.add('open'); btn.setAttribute('aria-expanded','true'); } }); });})();

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