Auto Focus
Severe software errors and missing basic functions like vehicle hold render the Fisker Ocean unusable for daily driving despite its comfortable chassis and competitive electric range.
AI-assisted summary of This is the Worst Car I've Ever Reviewed — original source. Check the original for full context.
Source published:
Key ideas
- Marques Brownlee reviewed the Fisker Ocean sourced from a third-party dealership after rejecting Fisker's request to delay coverage until its planned Software 2.0 update. (0:00)
- Despite solid baseline hardware, an attractive exterior, and class-leading rear seat legroom, Brownlee labeled the Ocean the worst car he has ever reviewed due to pervasive software and usability failures. (1:17)
- Testing revealed significant software instability, including persistent warning lights on startup, unreliable Bluetooth connectivity, failure of the rear-view camera in reverse, and absent automatic hill-hold braking. (14:44)
- Fisker programmed an artificial lifetime cap of 500 uses on the vehicle's 'Boost' launch control feature, which permanently decrements after every launch. (11:04)
- The upcoming Software 2.0 OTA update is slated to resolve critical omissions, such as adding solar roof telemetry, hill-hold assist, improved key fob performance, and reduced vampire battery drain. (19:24)
Detailed notes
## Background Published on February 17, 2024, by Marques Brownlee on the YouTube channel Auto Focus, this video reviews the launch edition of the Fisker Ocean electric vehicle. Sourced directly from an independent dealership after the automaker urged him not to review it prior to an upcoming software patch, the video is bluntly summarized in the description: 'Do not buy this version of the Fisker Ocean.'
## TL;DR Marques Brownlee evaluates the Fisker Ocean, declaring it the worst car he has ever tested despite its solid baseline fundamentals, comfortable ride, and class-leading rear seat room. While the mechanical platform and attractive styling show immense promise, the vehicle is severely undermined by unfinished, highly unstable software, missing basic safety features like hill hold, and baffling hardware design choices. Constant system warning errors, glitchy Bluetooth connectivity, an unresponsive key fob, and unmeasured solar roof data plague daily driving. While reviewing the anticipated Software 2.0 update promised to fix several glaring issues, Brownlee concludes that the car remains far too unlivable in its current customer-delivered state to recommend.
## Atmosphere & style The presentation carries a candid, weary, and disappointed tone, marked by Brownlee's straightforward, no-nonsense delivery rather than cheap theatrics. Instead of gleefully tearing down an easy target, he expresses genuine melancholy that a well-riding, handsome EV with so much potential was released in such a half-baked state. Watching the review feels like witnessing a consumer advocate meticulously untangling an automotive cautionary tale, blending dry humor with a lingering sense of sympathy as he roots for the struggling startup to fix its mess.
## Bulletin - [00:00](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=0s) Marques Brownlee reviewed the Fisker Ocean sourced from a third-party dealership after rejecting Fisker's request to delay coverage until its planned Software 2.0 update. - [01:17](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=77s) Despite solid baseline hardware, an attractive exterior, and class-leading rear seat legroom, Brownlee labeled the Ocean the worst car he has ever reviewed due to pervasive software and usability failures. - [14:44](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=884s) Testing revealed significant software instability, including persistent warning lights on startup, unreliable Bluetooth connectivity, failure of the rear-view camera in reverse, and absent automatic hill-hold braking. - [11:04](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=664s) Fisker programmed an artificial lifetime cap of 500 uses on the vehicle's 'Boost' launch control feature, which permanently decrements after every launch. - [19:24](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1164s) The upcoming Software 2.0 OTA update is slated to resolve critical omissions, such as adding solar roof telemetry, hill-hold assist, improved key fob performance, and reduced vampire battery drain.
## Key takeaways - [00:00](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=0s) Fisker actively requested Auto Focus to hold off on reviewing the car until the 2.0 software update dropped, which Brownlee refused on the principle that paying customers are already driving the vehicle. - [01:17](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=77s) The fundamental mechanical package—such as ride quality, suspension damping, and aesthetic design—is genuinely competitive on paper with rivals like the Tesla Model Y and Hyundai Ioniq 5. - [03:07](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=187s) Exterior design highlights include Range Rover-inspired styling, a power-dropping tailgate window, aerodynamically capped wheels, and a unique high-mounted turn signal near the roofline. - [06:14](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=374s) The vehicle's second row provides class-leading passenger legroom and comfort, outperforming direct competitors in backseat space. - [08:16](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=496s) Despite having an integrated solar roof claimed to deliver 3 to 6 miles of range per day, the infotainment software completely lacks any readout or telemetry tracking solar energy generation. - [09:29](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=569s) Cabin storage contains unconventional compromises, replacing the traditional glove box and halving the center console depth in favor of fold-out airplane-style trays. - [11:04](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=664s) Drive mode tuning in Earth mode is erratic, failing to act as a smooth chill mode and unpredictably breaking rear-wheel traction under full throttle. - [11:04](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=664s) The vehicle's launch control feature, Boost mode, is hardcoded with a permanent lifetime ceiling of 500 launches that ticks down with each use. - [13:18](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=798s) The signature 'California mode' failed to function completely during testing, leaving the rear quarter windows rolled up. - [13:18](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=798s) Steering wheel touch buttons for ADAS and media are easily triggered by accident while cornering, frequently causing currently playing songs to restart. - [14:44](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=884s) Daily software stability is heavily compromised, exhibiting startup error alerts, broken Bluetooth audio playback, and intermittent camera initialization failures when shifting into reverse. - [17:06](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1026s) Basic modern EV safety features are missing or buggy, highlighted by the complete absence of electronic hill hold, which causes the car to immediately roll backward on inclines. - [17:06](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1026s) The digital instrument cluster distractingly strobes between red and blue backlights at the balancing threshold between acceleration and regenerative braking. - [17:06](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1026s) The key fob suffers from sluggish proximity detection, requiring multiple button presses to unlock the vehicle and failing to remotely initiate California mode. - [19:24](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1164s) The promised Software 2.0 update aims to introduce vehicle hold, an energy meter for the solar roof, trailer sway mitigation, and reduced vampire drain while parked. - [19:24](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1164s) Brownlee achieved a respectable real-world range of 320 miles against the 360-mile claim, concluding that while he is rooting for Fisker's hardware fundamentals, the vehicle requires extensive development to become acceptably usable.
## Detailed walkthrough ### [00:00](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=0s) Red Flags and the Refusal to Wait for Future Software
Marques Brownlee opens the review admitting he struggled with how to introduce the vehicle, describing it as the single weirdest automotive reviewing experience he has ever had. While he initially considered framing it around superlatives like "the weirdest" or "the quirkiest" vehicle he had ever driven, he lands on a far harsher verdict: “I think it's just the worst car I've ever tested, but probably not in the ways you're expecting.” The car in question is the Fisker Ocean, an electric vehicle from a relatively young company operating under a revived brand name.
The testing process was burdened by immediate red flags before the review even began. Because Fisker was unable or unwilling to supply a press unit, Brownlee sourced an Ocean directly from an independent Mitsubishi dealership. Once Fisker learned that Auto Focus had secured a vehicle, the automaker reached out and asked them not to review it, pleading that a major "2.0" over-the-air software update was imminent. Brownlee firmly rejected that proposition, pointing out that paying customers are already driving the car in its current state. He decided to review the production vehicle as it stands today while agreeing to discuss what the promised 2.0 patch is slated to address at the end of the video.
- Marques Brownlee's policy on manufacturer promises: “It's not really in my policy to wait on promised future software updates I'm going to review the car that's out now that real buyers are actually living with and then how about this at the end I'll tell you what their promised 2.0 software update is supposed to include how about that deal okay deal.”
---
[01:17](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=77s) Fundamentals on Paper vs. Real-World Execution
On paper, the Fisker Ocean appears to be a legitimate, highly competitive contender in the crowded mid-size electric crossover SUV segment, directly targeting established favorites like the Tesla Model Y, Hyundai Ioniq 5, Kia EV6, and Ford Mustang Mach-E. The broader model line is targeted to span from the $40,000 to $70,000 price bracket, though the specific launch edition tested here commands around $75,000. Brownlee emphasizes that he genuinely wanted the vehicle to succeed because the market needs compelling alternatives that push the industry forward.
The core mechanical specifications and baseline hardware are not the issue. The dual-motor powertrain claims up to 360 miles of range, the suspension is tuned soft and absorbs bumps more luxuriously than a Model Y, and the interior is quiet and lined with decent materials. Brownlee argues that reviewers who only spent a single afternoon or two days with the car missed its critical flaws because the fundamentals seem solid on a superficial drive. “You live with this car and it slowly rears its ugly head, but the fundamentals are actually fine like I actually think it's a pretty handsome trim a pretty good looking car.” The tragedy of the Ocean, in his view, is that its genuine innovations will be ignored by competing carmakers if the overall vehicle remains unlivable.
- **Vehicle class:** Two-row mid-size electric crossover SUV - **Trim tested:** Launch Edition (Ocean One equivalent) - **Tested price:** ~$75,000 (Ocean lineup ranges roughly $40,000–$70,000) - **Powertrain & range:** Dual-motor AWD, claimed 360-mile range - **Exterior finish:** Satin blue-green paint that shifts shades depending on viewing angle
---
[03:07](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=187s) Exterior Walkaround: Unique Lighting, Aero Wheels, and Solar Roof
Examining the exterior, Brownlee finds plenty of attractive styling choices that evoke Range Rover aesthetics. The front fascia integrates sleek headlights connected by a center light bar that illuminates the word "Ocean" at night, sitting above a lower grille that houses forward-facing driver-assist cameras. There is no front trunk (frunk) under the hood, but the nose features an oversized, floating Fisker emblem. Down the side, large aerodynamic wheel covers hide styled alloy wheels paired with blue brake calipers, which owners can expose at the expense of a slight aerodynamic range penalty. The manual charge door conceals a CCS charging port capable of roughly 10% to 80% replenishment in about 30 minutes, with no native NACS support or announcements yet.
Moving rearward, the profile resembles the Kia EV9, highlighted by flush pop-out door handles, mirror-mounted blinkers, and a power-dropping rear tailgate window. The lighting package features a unique, high-mounted turn indicator strip located near the rear roofline above the D-pillar. This secondary blinker supplements the conventional lower taillights, providing high-angle visibility for semi-truck drivers and elevated vehicles. Practicality in the rear remains respectable: a power liftgate opens to reveal a squared cargo area with a hidden sub-trunk compartment suitable for charging cables, providing just enough width to shoehorn a set of golf clubs. The roofline incorporates a large, integrated solar panel array, which Fisker claims can generate 3 to 6 miles of free driving range per day under ideal sunlight conditions.
- Turn signals: Standard lower horizontal lights paired with a roof-mounted blinker designed for elevated sightlines. - Rear glass: The tailgate window retracts fully into the rear door panel. - Aerodynamics: Removable aero wheel caps designed to maximize highway range. - Solar roof claim: Generates an estimated 3 to 6 miles of driving range per day when parked in the sun.
---
[06:14](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=374s) Interior Comfort, Physical Controls, and Backseat Space
Stepping into the cabin, Brownlee finds an interior layout strongly reminiscent of the Ford Mustang Mach-E, centered around a compact digital gauge cluster behind a thick, chunky steering wheel and a massive vertical portrait touchscreen in the middle. While hard plastics crop up in places where a $75,000 vehicle ought to offer higher-end materials, the cabin layout gets high marks for basic ergonomics. Fisker included physical toggle switches directly below the main screen for climate adjustments (temperature and fan speed) and media volume, sparing the driver from having to hunt through menus for routine adjustments.
The seating comfort and rear-passenger accommodations represent the absolute high point of the vehicle. In fact, Brownlee declares the second row to be class-leading: “I found these seats very comfortable and that also applies to the back seat and it's actually to the point where I would say that this is the best back seat experience of any of the EVs that it's competitive with.” Sitting behind his own 6-foot-3-inch driving position, he still enjoys expansive legroom and foot space, outclassing the Model Y and Ioniq 5. The rear row features hideable USB Type-C ports, an expansive glass roof with visible solar cells, and a fold-down center armrest fitted with pop-out cupholders and an integrated digital touchscreen for dedicated rear HVAC controls, offset only by the strange omission of front seatback storage pockets.
- **Primary displays:** Small horizontal driver instrument cluster and a large portrait center infotainment display - **Physical switchgear:** Dedicated toggles for HVAC temperature, fan speed, and audio volume - **Center console amenities:** Dual wireless phone charging pads, dual cupholders, and center storage - **Rear seat perks:** Dedicated climate control touch panel in the fold-down armrest, pop-out cupholders, retractable USB-C ports, and expansive legroom behind a 6'3" driver
---
[08:16](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=496s) The Cracks Emerge: Incomplete Software and Mystery Solar Data
Once the discussion moves past seat comfort and sheet metal, the vehicle's structural and software flaws take center stage. Brownlee diagnoses the underlying issue as an inexperienced startup trying to rush a complicated consumer product to market without the automotive engineering depth needed to execute the details: “I think the theme here because I'm trying to understand why they made so many of these choices and there's a lot of weird ones I think the theme here is it's just a young company that doesn't really know exactly what they're doing with a lot of these choices yet or hasn't considered all of the things necessary to make a great table car.”
The immediate symptom of this immaturity is the software, which is noticeably unfinished. Looking up through the glass roof, the driver sees segmented solar panels, but the infotainment software provides virtually zero data about their status or electrical generation. The interface displays baseline metrics like an 88% state of charge and a projected 300-plus miles of remaining range, but offers no telemetry, real-time wattage graphs, or net energy gains to confirm whether the solar roof is functional or delivering the promised 3 to 6 miles of daily range. This software void sets the stage for a cascade of system-level oversights throughout the vehicle.
[09:29](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=569s) Quirky Interior Hardware and the Missing Glove Box
Despite the solar roof overhead, the Fisker Ocean provides zero feedback in the infotainment system regarding solar charging performance, leaving the driver completely in the dark about how much energy is being generated. General visibility from the driver's seat is strong, especially on the highway, and is supplemented by an adjustable digital rear-view mirror camera that maintains a clear view even when cargo blocks the rear window. However, odd interior design decisions quickly emerge. The sun visors feature a split design that folds outward by default rather than inward. While this permits customizable sun blockage, it leaves the vanity mirror comically undersized.
Storage solutions in the cabin take an unconventional approach. The center armrest houses an unfolding airplane-style tray capable of supporting up to 11 pounds, designed to hold an iPad, phone, or laptop while charging or parked. Unfortunately, the mechanism consumes roughly half of the center console's interior storage volume. Storage compromises become even more drastic on the passenger side: there is no traditional glove box at all, only a second slide-out tray.
- Solar roof software offers zero metrics or readout indicating panel activity or wattage generated. - Center console tray supports up to 11 lbs (5 kg) but eliminates roughly half the compartment's storage space. - Traditional passenger glove compartment is absent, substituted entirely by another fold-out tray.
---
[11:04](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=664s) Drive Modes, Throttle Calibration, and the 500-Launch Limit
The Fisker Ocean offers three distinct drive modes: Earth, Fun, and Hyper. Changing drive modes cannot be done through the infotainment settings; it must be toggled solely using an unlabeled physical button on the steering wheel. The drive modes do not appear to alter suspension firmness or steering weight, acting primarily as throttle remaps. Hyper mode provides sharp, instant response, while Fun mode rolls into the power smoothly. Earth mode behaves erratically when pushed: instead of acting as a smooth, relaxed mode, flooring the accelerator results in an initial delay followed by an aggressive engagement of the rear motor that breaks tire traction. Regarding this behavior, Marques Brownlee observes: “It’s not really chill mode if you can still get full power out of Earth mode confusing to me.”
Under the driving settings menu, Fisker includes a launch control feature labeled "Boost." Engaging Boost allows the driver to come to a stop, hold the brake and accelerator simultaneously, and release the brake for a rapid launch. However, the system imposes a strict, permanent digital ceiling of 500 lifetime launches. After a single launch, the vehicle permanently ticks down to 499 remaining uses, an artificial constraint likely implemented to limit mechanical strain and warranty liabilities on the powertrain and battery pack.
```mermaid flowchart TD accTitle: Boost Mode Lifetime Launch Limit accDescr: Diagram illustrating the launch control procedure and the decreasing lifetime boost counter.
subgraph Launch["Launch Control Sequence"] A["Access Driving Settings"] --> B["Enable Boost Mode"] B --> C["Hold Brake + Accelerator"] C --> D["Release Brake to Launch"] end
subgraph Counter["Powertrain Protection"] D --> E["500 Lifetime Boost Limit"] E --> F["Counter decrements: 499 remaining"] end ```
---
[13:18](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=798s) California Mode and Steering Wheel Button Ergonomics
An overhead roof switch activates the vehicle's signature "California mode," intended to simultaneously roll down the front side windows, rear passenger windows, rear three-quarter quarter-panel glass, and the tailgate rear glass, while opening the solar roof. While the front windows, rear hatch glass, and roof open as intended on this review vehicle, the rear three-quarter windows fail to drop down at all during the sequence, despite functioning in other production models.
The steering wheel controls present their own daily frustrations. Dedicated physical touch buttons for the advanced driver assistance systems (ADAS) and media controls flank the outer rim of the wheel. Because of their oversized surface area and placement right where the driver grips the wheel, palms frequently trigger accidental presses while turning. While the ADAS button causes no disruption when cruise control is inactive, brushing the media button inadvertently restarts the currently playing track from the beginning.
---
[14:44](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=884s) Buggy Software, Rotating Screen, and Bluetooth Glitches
The vehicle's software suite proves thoroughly unstable in daily testing, routinely generating instrument cluster errors upon startup relating to the braking system, steering system, onboard cameras, or ADAS initialization. The 360-degree surround-view camera frequently fails to launch when shifting into reverse, rendering the backup camera unreliable. The central touchscreen can rotate between portrait and landscape orientations, but discovering how to trigger the motor requires holding an unlabeled Fisker Ocean badge button below the display for five seconds. When held, the screen mechanically pivots 90 degrees on a motorized arm, though the software UI requires several seconds to adjust its aspect ratio.
```mermaid flowchart LR accTitle: Fisker Ocean Screen Rotation Process accDescr: Flowchart showing the five-second button press required to mechanically rotate the center touchscreen.
subgraph Trigger["Manual Input"] A["Hold Unlabeled Fisker Ocean Button"] -->|"Hold for 5 seconds"| B["Motorized Arm Engages"] end
subgraph Transition["Orientation Shift"] B --> C["Rotates 90 Degrees"] C --> D["Infotainment UI adjusts to Landscape"] end ```
Smartphone connectivity is equally fraught with bugs. Initial pairing attempts in the car resulted in continuous "Bluetooth pairing failed" error prompts, forcing a silent commute home. The following day, the vehicle spontaneously paired and played audio, but began repeatedly dropping the connection every five minutes, bouncing audio playback uncontrollably between the car's speakers and the phone. Evaluating the core software reliability, Marques Brownlee remarks: “First of all, I don't think I've started this car one time and not gotten some error on this screen behind me whether it's just one of the steering systems or the braking systems or the cameras failing or the Adas system not starting up weird.”
---
[17:06](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1026s) Instrument Cluster Flashing, Missing Brake Hold, and Key Fob Woes
The driver's instrument display employs an aggressive color-coded animation to signal energy usage: pulsing bright red under acceleration and switching to blue during regenerative braking. At the throttle's neutral balancing point between regen and power delivery, the cluster rapidly strobes back and forth between flashing red and blue, causing severe visual distraction during night driving.
Basic functional safety systems expected of modern electric vehicles are conspicuously absent or malfunctioning: - **No Hill Hold / Automatic Brake Hold:** Removing one's foot from the brake pedal on an incline causes the car to immediately roll backward rather than holding position electronically. - **Key Fob Latency:** The vehicle fails to recognize proximity unlocking when approached; waking up the vehicle requires repeatedly pressing the physical unlock button two or three times. - **Key Fob California Mode Failure:** Holding the designated button on the key fob to trigger California mode remotely does not function, regardless of how long the button is held.
Summarizing his overall driving experience before looking ahead to upcoming manufacturer promises, Marques Brownlee states: “The list goes on and on and on I've only had the car for a couple days but my point here is you could give me this car and I wouldn't want to drive it.” Fisker claims an incoming Software 2.0 over-the-air update will resolve existing faults and introduce an updated front-to-rear torque distribution split from 50:50 to 45:55 alongside automatic vehicle hold.
[19:24](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=1164s) Upcoming Software Fixes and Final Verdict on the Fisker Ocean
Reviewing the list of promised upcoming features and fixes in the software pipeline, Marques Brownlee points out that an energy meter to track how much power the solar roof is actually contributing will finally be added, responding to this with a relieved “yes please.” The update is also slated to bring trailer sway mitigation integrated directly into the vehicle's stability control system, which should help anyone planning to tow with it. Other planned revisions include key fob enhancements to improve responsiveness and reliability, the ability to install over-the-air (OTA) updates while the vehicle is plugged in and charging (a basic capability currently missing on the car), and a targeted reduction in vampire battery drain, specifically minimizing the loss of state of charge while the vehicle is sitting parked.
Reflecting on the broader nature of modern electric vehicles, Marques observes that because these cars are internet-connected computers on wheels, they hold the potential to improve dramatically over time. However, he remains skeptical about the immediate horizon: “I feel like it's going to take a long time for this car to be acceptably usable given how many issues I've had with it but I'm rooting for it only because competition is good and the fundamentals are solid.” Despite falling short of the EPA-rated 360 miles of range, he still achieves a respectable 320 miles in real-world driving. He acknowledges that the underlying hardware package has real merit—the cabin is spacious, the ride is comfortable, and the exterior design is legitimately good-looking. Wishing the company well as they face an uphill battle to fix the software, Marques signs off with a final cheer: “I'm rooting for you Fisker good luck.”
- **Solar roof tracking:** Addition of an energy meter display showing real-time solar roof power generation. - **Towing stability:** Introduction of trailer sway mitigation into the electronic stability control software. - **Key fob and charging updates:** Key fob performance improvements and enabling OTA software installations while the car is actively charging. - **Vampire drain mitigation:** Reduced state-of-charge loss while parked and idling. - **Range and hardware highlights:** Achieved 320 miles of range (versus the claimed 360 miles), paired with an attractive design, spacious interior, and comfortable ride quality.
## Notable quotes > [00:00](https://www.youtube.com/watch?v=6xWXRk3yaSw&t=0s) It's not really in my policy to wait on promised future software updates I'm going to review the car that's out now that real buyers are actually living with — Marques Brownlee
## Mentioned Marques Brownlee, Auto Focus, Fisker, Fisker Ocean, Fisker Ocean One, Mitsubishi, Tesla Model Y, Hyundai Ioniq 5, Kia EV6, Kia EV9, Ford Mustang Mach-E, Range Rover
## Video description Do not buy this version of the Fisker Ocean
[Source](https://www.youtube.com/watch?v=6xWXRk3yaSw)