Formula For Volume Of Spherical Cap

The free vibration characteristic of spherical cap with general edge constraints is studied by means of a unified method. The energy method and Kirchhoff hypothesis are adopted to derive the formulas. The displacement function component along axial direction is still the Fourier series. In addition, the spring stiffness method forms a unified format to deal with various complex boundary conditions and the continuity conditions at two adjacent segments. Then, the final solutions can be obtained based on the Ritz method. To prove the validity of this method, the results of the same condition are compared with FEM, published literatures, and experiment.

The results show that the present method has the advantages of fast convergence, high solution accuracy, simple boundary simulation, etc. In addition, some numerical results of uniform and stepped spherical caps with various geometric parameters and edge conditions are reported. Meanwhile, many related investigations have been conducted on typical curved shells and structures, such as the GDQ method, Fourier–Ritz method, radial basis function method, and so on. Jouneghani et al. investigated vibrational behavior of doubly curved shells on the basis of first-order shear deformation theory considering porosities. Hamilton's principle and Navier's solution method were both utilized to derive the numerical results.

Wang et al. [7–9] analyzed vibration behavior of cylindrical shells on Pasternak foundation by means of Fourier–Ritz approach. Jin et al. [10–12] analyzed vibration behavior of cylindrical shells with general boundary restraints by means of a generalized solution. The vibration behavior of a thin cylindrical shell with simply supported edges was studied by Wu et al. by means of Hamilton's principle. Lagrange principle and Hamilton's principle were utilized by Hussain et al. to investigate vibration of cylindrical shell resting on Winkler and Pasternak elastic foundations.

Zhou et al. analyzed the free vibration features of cylindrical shells with elastic edge conditions. The method of wave propagations was utilized on the basis of Flügge thin shell theory. The author presented the displacement function by Chebyshev polynomials and Fourier series. Tornabene et al. presented the radial basis function method to study vibration behavior of composite curved cases. Brischetto et al. introduced the zig-zag function to overcome the discontinuity of displacement function; free vibration of curved plates was analyzed. In addition, a modal test was conducted to validate the dependability of the method.

Shi et al. analyzed vibration behavior of double-curved shallow shells with complex edges on the basis of the spectral-geometric Ritz method. The displacement component was expressed as the assembly of Fourier series and assistant functions. The reliability and exactness of the method was proved through the comparison between present method, FEM, and published literatures. Wang et al. also proposed a unified formulation to investigate vibration behavior of curved shells. In geometry, a spherical cap or spherical dome is a portion of a sphere or of a ball cut off by a plane. It is also a spherical segment of one base, i.e., bounded by a single plane.

If the plane passes through the center of the sphere, so that the height of the cap is equal to the radius of the sphere, the spherical cap is called a hemisphere. As we can see from the literature review, most studies mentioned above are restricted to classical edge constraints, such as clamped, hinged, and free boundary. To the authors' knowledge, few research studies have been conducted to study the vibration characteristics of uniform and stepped spherical caps with elastic edge conditions. Therefore, a unified method is necessary and meaningful to establish to solve the vibration behavior of uniform and stepped spherical caps with elastic edge conditions. On the basis of theory of thin shell and the domain decomposition method, spherical caps are separated into sections along the meridian direction.

The displacement components of spherical caps along meridian and circumferential directions are presented by Jacobi polynomials and Fourier series. The boundary restraints and the internal interfaces between two adjacent parts of spherical cap are simulated through the penalty method. Final solutions are derived on the basis of the Rayleigh–Ritz method. In geometry, a spherical cap, spherical dome, or spherical segment of one base is a portion of a sphere cut off by a plane.

If the plane passes through the center of the sphere, so that the height of the cap is equal to the radius of the sphere, the spherical cap is called a hemisphere . The nondimensional frequency parameters of the current method with different segments are compared with the results of FEM and related literature in Table 2. H/Rc and of spherical cap are, respectively, 0.005 and 60 degrees. The FEM analysis was conducted by means of ANSYS. The elastic support edge constraints are imitated by distributed springs which are made up by 160 COMBIN 14 elements. In addition, the spherical cap is composed of four-node element shell 63.

There are 120 and 180 shell elements along meridian and circumferential directions, respectively. The mesh of the spherical cap is fine enough to guarantee the accuracy. It can be concluded from Table 2 that the current method converges well when the shell segment is small.

When the shell segment reaches 4, convergence and exactness are completely fulfilled. As seen in the table, a many number of shell segments are not required in this study. The subsequent calculations will be conducted when the shell segment is set as 4. In addition, the tiny distinction between the current method, related literature, and FEM proves high accuracy of the current method. Altogether, the current method works well when handling vibration analysis of uniform and stepped spherical cap with general boundary conditions by means of a generalized solution. The spherical cap is no different but a part of the sphere itself that falls over the plane of a sphere.

If you know the values of the base area, radius, and the height of a sphere then this is easy to calculate the area of the shape. The other popular name for the spherical cap is spherical dome. Sometimes, you will be given the base radius and sometimes you will be given the value of sphere radius.

In geometry, a spherical cap or spherical dome is a portion of a sphere cut off by a plane. Spherical Cap is also referred as spherical dome, or spherical segment. The cap is the portion that lies above the plane of the sphere. If the plane passes through the center of the sphere, it is called as Hemisphere.

The spherical cap volume calculation can be easily done by knowing the base area and sphere height. Follow the below step by step tutorial on how to find the volume of a spherical cap with an example calculation. This function calculates the volume and surface area of a spherical cap. A spherical cap or spherical dome is a portion of a sphere cut off by a plane. Gautham and Ganesan conducted a research to deal with the free vibration characteristics of isotropic and laminated orthotropic spherical caps. Singh and Mirza studied the vibration characteristics of spherical shells with various boundary restraints by means of FEM.

Natural frequencies of spherical shells with different geometry parameters have been analyzed. Wu and Heyliger analyzed the free vibration of spherical caps on the basis of two-dimensional first-order shear deformable shell theory. Hermite interpolation polynomials and Fourier series were used in the azimuthal and circumferential direction, respectively. This spherical cap volume calculator helps you find the volume of spherical caps.

If you ever wondered how to find the volume of a spherical cap, this calculator is here to help you. In this article, you can also find the formulas for obtaining spherical cap volume. We will also explain how to calculate the volume of spherical cap with an example.

Figure 8 shows nondimensional frequency parameters Ω of uniform spherical cap with different center angles and boundary restraints . It is easy to find that with the increase of center angle, the frequency parameter of spherical cap decreases, especially when the center angle is smaller than 50 degrees. A spherical cap is a portion of a sphere cut off by a plane.

The radius of the sphere is called r, the radius of the base of the cap called a, and the height of the cap called h. Meanwhile, structures with stepped thickness exist widely in engineering application. The dynamic features of this kind of structure also attract researcher's attention. Qu et al. put forward the domain decomposition method to investigate vibration behavior of stepped and homogeneous conical shells with various boundary restraints.

Zhang and Xiang studied the vibration behavior of cylindrical shells with stepped thickness by means of the state-space technique and domain decomposition method. The influence of shell thickness ratios, locations of stepwise thickness variations, and step thickness ratios were also discussed. Fazzolari carried out an investigation of vibration characteristic of curved shells on the basis of the dynamic stiffness method and higher order shear deformation theory. Xie et al. combined Flügge's thin shell theory with the power series method to investigate vibration characteristic of stepped curved shells with different edge conditions.

Spherical caps have been widely used in many practical engineering branches, such as pressure vessels, dome-shaped structures, submarines, and nuclear power plants. These structures usually bear different extreme loads caused by wave, wind, and even earthquakes. The dynamic excitations caused excessive vibration and even resonance in complex environmental conditions. Therefore, the analysis of free vibration of spherical caps becomes really meaningful. If you ever wondered what's the volume of the Earth, soccer ball or a helium balloon, our sphere volume calculator is here for you. It can help to calculate the volume of the sphere, given the radius or the circumference.

Also, thanks to this calculator you can determine the spherical cap volume or hemisphere volume. Online calculator to calculate the volume of geometric solids including a capsule, cone, frustum, cube, cylinder, hemisphere, pyramid, rectangular prism, sphere and spherical cap. Frequency parameters Ω of stepped hemispherical cap with different boundary conditions using the current method and FEM. That is to say, stiffness values at this stage can ensure clamped boundary restraints. Meanwhile, when the stiffness values of boundary spring are less than 104, the boundary conditions can be seen as free. When the spring stiffness values are in the range of 105 to 109, the boundary conditions can be regarded as elastic.

In the current research, the spring stiffness matching with free and clamped boundary restraints is, respectively, set as 0 and 1014. The spring coefficient kb of elastic support is set as 108 in the current research unless otherwise stated. Thus, the spring stiffness values of the general edge conditions can be achieved as shown in Table 1. Shows the calculated bubble diameter versus fission density for three values of grain-boundary bubble density. The calculated bubble size increases for smaller values of the grain-boundary bubble density because of the larger number of gas atoms per bubble.

Almost all of the formulas for calculating the volume of a spherical cap use the radius of the sphere in the calculation. What if you don't know the radius of the sphere? You would need to construct two separated planes tangent to the surface of the sphere and run a perpendicular from each plane into the sphere. The center of the sphere would be where the two perpendiculars cross. From that you could calculate the radius of the sphere.

I suspect you are really asking about a spherical cap on each end of a horizontal cylindrical tank, as if taking the sphere in your picture and cutting a slice from it vertically. So for any given depth of liquid, you want the total volume of a part of a spherical cap and a partially filled cylinder . A spherical cap segment is the solid defined by cutting a sphere with a pair of parallel planes .

Volume Of Spherical Cap Proof It can be thought of as a spherical cap with the top truncated, and so it corresponds to a spherical frustum . The surface of the spherical segment is called spherical zone . A spherical cap is the region of a sphere which lies above a given plane. If the planepasses through the center of the sphere, the cap is a called a hemisphere, and if the cap is cut by a second plane, the spherical frustum is called a spherical segment. However, Harris and Stocker use the term "spherical segment" as a synonym for what is here called a spherical cap and "zone" for spherical segment. Frequency parameters Ω of uniform spherical cap with different center angles and boundary conditions.

Both new parts of a sphere will be called spherical caps. Basically, what you did is divide a circle using a plane and spherical caps are formed by a plane that is cutting a circle into two parts. There is no specific point where the plane can cut, it can cut in any direction but two new formed parts will be called spherical caps. Therefore, in simple words, a spherical cap is each of the parts of the sphere determined by a secant plane.

The spherical cap is the portion of a sphere that lies above a plane of the sphere. If the base area, height and the sphere radius is known then the volume can be found out of the particular portion. Spherical dome is the term used synonymously to the spherical cap. Figure 10 displays the relation between nondimensional frequency parameters Ω and stiffness of different elastic supports. In the previous clamped boundary restraint example, we soften the axial, radial, circumferential, and rotational spring stiffness continuously from 1014 to 100, respectively. The nondimensional frequencies Ω of the first circumferential mode and the first three meridian wavenumbers are considered.

The similar trend in Figure 4 is discovered again when considering axial and circumferential elastic supports, respectively. However, the changes of stiffness value of radial and rotational spring have little effect on the frequency parameters Ω. Nondimensional frequency parameter of stepped hemispherical cap with different edge conditions. Typical mode shapes of the spherical cap with free edge conditions using different methods.

Typical model test mode shapes of the spherical cap with free boundary restraint. Typical mode shapes of the spherical cap with free boundary restraint using FEM software. Typical mode shapes of the spherical cap with free boundary restraint using the current method.

Comparison of frequency parameters of uniform hemispherical cap subjected to different edge conditions. Which shows the calculated net flux of gas atoms to the grain boundary versus fission density for the three values of the gas-atom re-solution rate. When semi-circle is revolved around the diameter with less than 360-degree angle then the solid shape will be named as the spherical wedge.

At the same time, Spherical Lune is the total space occupied within a sphere and surrounded by two half circles that will meet further at antipodal points. You must be shocked what we meant by antipodal here. A spherical segment is the solid defined by cutting a sphere with a pair of parallel planes. It can be thought of as a spherical cap with the top truncated, and so it corresponds to a spherical frustum. In the current research, the continuity and the boundary restraints of spherical caps are simulated on the basis of the penalty method.

Formula 1 Race Today Highlights

In 2011, Sky Sports signed a seven-year deal with the BBC , to show live Formula One on Sky in the United Kingdom for the first time. The deal which ran between 2012 and 2015 saw Sky Sports show live coverage of every session of the season on their own F1 dedicated channel, Sky Sports F1. Sky Sports F1 show all races and qualifying sessions live without the interruption of adverts.

At the same time it was announced that Sky will broadcast all events in ultra-high-definition from 2017. Sky Sports F1 have broadcast every practice, qualifying and race since 2017 in 4K Ultra-HD, exclusively for Sky Q 2TB customers. After 19 extremely hard-fought and entertaining races, F1 arrives at the 5.38-kilometer Losail International Circuit for the inaugural Qatar Grand Prix.

The intense rivalry between two of the biggest "speed demons" – Max Verstappen and Lewis Hamilton will continue in Qatar this weekend when the two collide again on the race track. Lewis Hamilton claimed the pole position at Saturday's final qualifying, dominating the day and finishing half a second ahead of Max Verstappen. Verstappen and Hamilton's Mercedes teammate – Valtteri Bottas will be in the second and third positions, joining Hamilton in the front row. Meanwhile, after stampeding to victory from 10th place last week, Hamilton arrives in Qatar with a big smile on his face. The seven-time world champion knows his Mercedes has the straight-line speed to waft pass the rakish Red Bulls on Losail's fast and flowing track – assuming Max doesn't force him off the circuit, of course.

In other F1 news, Alfa Romeo have signed F2 racer Guanyu Zhou for 2022. Zhou will become Formula 1's first Chinese driver, thus expanding motorsport's appeal across Asia. Here is a look at how to watch Qatar Grand Prix main race in India, the Qatar Grand Prix live streaming details. BBC. Following the commencement of their deal with Sky, the BBC continued to broadcast live coverage of half the races and all 20 races had "extended highlights". In 2012, they broadcast live coverage from China, Spain, Monaco, Europe , Britain, Belgium, Singapore, Korea, Abu Dhabi and Brazil. They also showed live coverage of practice and qualifying sessions from those races.

The deal set that the British Grand Prix and the final race had to be shown live on the BBC. Alongside the main World Feed, FOM also produce a Pit-lane channel, showing shots from the pitlane and alternative camera angles, along with detailed weather and tyre information, and extra team radio. FOM also produce onboard channels, showing live video from cameras installed on the drivers' cars. The channels switch between different cars throughout the session. FOM also make available a "Driver tracker" channel, showing live positions of all the cars on the track during a session, as well as a timing screen showing live lap-times and circuit sector information. If Mercedes fail to beat Red Bull to victory here, then you have to question Hamilton's realistic hopes of claiming the drivers' title, even with a potential 13 races left.

All will not be lost, but going without a win in six races is a very bad sign indeed. The small comfort for the defending champions is that Verstappen's team-mate Sergio Pérez will start in last place after spinning in yesterday's sprint qualifying, so that offers a good chance of making ground in the constructors' championship. MBC Group covers all races live with the full coverage on practice sessions, qualifying and race in two languages.

Jordanian Firas Nimri is the commentator in Arabic, alongside Khalil Beschir as the expert. MBC Persia also covers races live in Persian language. Iranian Hamed Majd commentates in Persian and it's been co-commentated by Iranian racing driver, Kourosh Khani. The drama dutifully returned on the street circuit of Azerbaijan's capital, with a joint-record four red flags brought out during Saturday's qualifying session. Ferrari's Charles Leclerc managed to grasp pole position for the second race in a row but failed to keep it beyond lap two, when he was overtaken by Lewis Hamilton. After that the Monegasque went backwards down the order but recovered to fourth.

As of 2019, Sky Sports F1 is the primary English-language broadcaster within the UK. David Croft commentates with Martin Brundle or occasionally Paul di Resta. Depending on the race, one of Ted Kravitz or Karun Chandhok contributes from the pit lane.

For practice sessions, Croft is often joined by Paul di Resta, Anthony Davidson, Johnny Herbert, or Chandhok with Brundle providing trackside analysis. This coverage is used for highlights on the F1 YouTube channel. The show edits the races to about 50 minutes from start to the checkered flag and is broadcast around midnight on race days on free air TV, channels 4 or 9 in Mexico.

They also broadcast live the Mexican Grand Prix from Practice 1 to the Race from the Autódromo Hermanos Rodríguez, since 2015, with Rafael and Carlos accompanied by Eric Fisher. In the pay-per-view channel DAZN, which holds the rights of the entire championship exclusively in Spain from the 2021 season replacing Movistar F1, the main commentator is journalist Antonio Lobato. Co-commentators for the qualifying and the race are former Arrows, Jaguar, McLaren, Sauber and HRT driver Pedro de la Rosa and F1 engineer Toni Cuquerella, who worked for Williams, Ferrari, and HRT. Cuquerella is also the co-commentator for Free Practice 3 while journalists Jacobo Vega and Cristobal Rosaleny alternate the co-commentating on the Friday Free Practices.

They comment from a TV studio in Madrid, except for the Spanish Grand Prix, where journalist Nira Juanco acts as presenter. Pit reporters are journalist Noemí de Miguel and former F1 engineer in Super Aguri and HRT Albert Fàbrega. Also, Ferrari test driver Marc Gené provides analysis from the circuit before, during and/or after every session. Other contributors include Miguel Portillo and former GP2 driver Roldan Rodriguez.

On 14 October 2012, NBC Sports signed a four-year deal to broadcast Formula One races in the United States. The majority of its coverage (including most races, and all practice/qualifying sessions) was broadcast by the pay channel NBCSN , while four races were aired by the free-to-air NBC network per-season. The network also streamed additional camera feeds through its digital platforms. With an average speed topping 200kph and reaching top speeds of over 300kph, F1 is the fastest motorsport in the world. Whether it's down the straights or taking tight corners, Formula 1 cars and drivers are engineered to withstand up to a whopping 6g of g-force.

With a duration of around 90 minutes per race, these elite drivers require the same fitness levels as any other professional athlete in any sporting event. Requiring skill, intelligence and accuracy, F1 racing leaves no room for error with such high speeds, split decisions and miscalculations can lead to some of the worst crashes in motorsport history. But with high risk comes high reward, the sport proves to be an electric atmosphere for the drivers, teams and fans combined.

You can also watch Formula 2, Formula 3 and Porsche Supercup coverage. In Teledeporte, the sports channel of the Spanish national public TV, which offers a 60-minutes time highlights of every race , journalist Marc Martí is the main commentator, with GP3 Series driver Alex Palou as co-commentator. In the live broadcast of the Spanish Grand Prix, they were joined by FIA World Endurance Championship and former Manor Marussia F1 driver Roberto Merhi and journalist Juan Carlos Garcia, who was the pit reporter.

In Hungary, the commentator is Zoltán Szujó, who had been previously pit reporter between 2002 and 2012. The colour commentator is the former Seat Leon Eurocup Champion and the former chief-editor of F1 Racing Hungary, Gábor Wéber. The studio analysts are the two-time FIA European Truck Racing Championship champion, Norbert Kiss, the two-time WTCC Yokohama Driver's Trophy winner and WTCR champion, Norbert Michelisz, and the current TCR Europe, former WTCC driver, Dániel Nagy. The pit reporters are Róbert Bobák, Máté Ujvári and Ádám Szeleczki. The translator of the after-quali and after-race interviews is Lőrinc Pattantyűs-Ábrahám.

From 2019 Spanish Grand Prix, Szujó left/was fired from M4 Sport channel, he was replaced on the race by Máté Ujvári. From the Monaco Grand Prix, Wéber taking the role of main commentator, and Norbert Kiss and Norbert Michelisz will be the colour commentators . The pit reporters also will taking part in broadcasting of the practices. The first Hungarian commentators were Sándor Dávid and Jenő Knézy. At one time Andrew Frankl also participated in the broadcasts. Their couple was the most famous and notorious in the history of Formula-1 Broadcasting in Hungary.

Both McLaren drivers used the same medium to hard strategy that was adopted by the majority of the field at the 2021 Formula 1 Italian Grand Prix, but Valtteri Bottas and Mercedes also showed what was possible with the opposite strategy. The performance of the hard tyre here was underlined by the fact that Daniel Ricciardo set the fastest lap on the final lap, having managed the race perfectly since the restart. Today's warm weather certainly favoured the hard and medium compounds, which both showed minimal degradation, while at the opposite end of the spectrum, it was a bit too warm for the soft to show its speed advantage. For those on a budget, once again there are extended highlights of all F1 races on Channel 4, with additional live coverage of the British Grand Prix in July. A last-minute rights deal meant the Channel 4 also showed live coverage of the Abu Dhabi finale, though using the Sky Sports F1 feed and commentary.

Highlights were also available on the channel's on-demand service, All 4. Channel 4's commentator called the inaugural Saudi GP "an incredible day of confusion," which is an understatement – this will go down as one of the most contentious races of all time. But it delivered on thrills and means a final race of the season with the two leading drivers tied on points, as the incredible 2021 season reaches its conclusion.

The second of the back-to-back races at the Red Bull Ring saw Verstappen pick up where he left off, delighting the Austrian crowd with pole position and then leading every lap of his team's home grand prix. A huge number of Dutch fans also mad there way to Austria to watch their hero dominate proceedings. Hamilton earned the 100th pole position of his career in Barcelona, but duly gave up first position on the first corner of the grand prix, having no option but to sacrifice the spot to an aggressive move by Max Verstappen. Channel 4 has free-to-air Formula 1 qualifying and race highlights which usually start airing a few hours after the chequered flag has been waved. It also has live free-to-air coverage of the British grand prix every year, and is home of the all-women's W Series.

Max Verstappen held off Formula One title rival Lewis Hamilton over the final thrilling laps of the U.S. Grand Prix on Sunday to win his eighth race of the season and double his lead in the championship standings. Cue the best, and most contentious, opening lap of recent memory. From 2018, Formula 1 officially started to show live streaming of each race online with many other features. The F1 TV service includes many other features like a live view of each driver's car and replay of all Formula 1 races. As of 2019, Formula 1 TV restricts viewing to the country of residence, and requires the user to have a valid credit card in that same country.

Due to rights restrictions, it is not possible to watch F1 TV from outside one's home country. Channel 4, who normally only have rights for a highlights show in the evening after a race, have struck a deal for live coverage in Abu Dhabi, with the race starting at 1pm UK time on Sunday afternoon. Ricciardo was a deserving winner, however, having passed Verstappen for the lead at the race start from P2 on the grid, before Verstappen and Hamilton's clash cleared the way for him to control the race to sweep home to an eighth career victory. Lando Norris secured his best ever race finish with P2, having been told to hold station behind his teammate in the final moments of the Grand Prix. Channel 4 will continue to broadcast free-to-air highlights of every qualifying session and race throughout the 2021 Formula 1 season, plus live coverage of the British Grand Prix weekend on July.

Another exciting element of the 2021 F1 season was the debut of Sprint Qualifying. The 100km races determined the starting grid for Sunday's grands prix and awarded championship points to the top three drivers. Norris led for much of the race, and regained the advantage shortly after a late stop for a set of fresh rubber. Meanwhile Stroll was by the accident ahead and drove into the side of Leclerc.

After a safety car, teams were told there would be a standing start from the grid, but just beforehand all the drivers except leader Hamilton dived into the pits for slick tyres, as the track was drying. Alpine are due to give new Formula 2 champion Oscar Piastri some track time, while both Ferrari and Haas will test another Formula 2 driver, Robert Shwartzman. Mercedes welcomes Formula E champion Nyck de Vries, and Formula 2's Logan Sargeant makes his debut in a Williams. All teams will be obliged to run rookies in free practice sessions from 2022, so expect to see a lot more of them during grands prix weekends.

In the event of one of these relatively unlikely outcomes leading to a tie on points, the driver who has claimed the most wins of the season would take the title. This season, Max has won nine grands prix while Lewis has won eight, which would therefore make Max the drivers' champion if they were tied on points. In the event two drivers had the same number of points and grand prix victories, the countback continues through the highest number of second places, highest number of third places and so on.

Going into the final grand prix of the year at Abu Dhabi's Yas Marina circuit, Max Verstappen and Sir Lewis Hamilton are tied on 369.5 points each. The last time where the two leading Formula 1 drivers in the championship went into the final race tied on points was in 1974. After winning the 2020 F2 championship, Mick Schumacher made his F1 debut this season with Haas F1 alongside F2 rival Nikita Mazepin. The team, however, made the decision not to develop their car this season due to financial difficulties. This meant that Schumacher and Mazepin, often the slowest cars on track, lapped significantly slower than the rest of the grid. Coverage of the British Grand Prix is also covered live by Channel 4.

Channel 4 also produces a highlights show for each race with an exclusive set of commentators. Play-by-play is handled by Alex Jacques, while ex-F1 driver David Coulthard acts as the analyst. Ben Edwards and Mark Webber occasionally cover for both Jacques and Coulthard respectively. Lawrence Barretto and Lee McKenzie serve as the main relief presenters and reporters. Eddie Jordan, Mark Webber, and Billy Monger also contribute as analysts. All races with full coverage is broadcast on Ziggo Sport.

Presenter Rob Kamphues led the coverage from studio in Hilversum and joined by regular analysts Robert Doornbos, Tom Coronel, Tim Coronel and numerous guest analysts including Giedo van der Garde, Robin Frijns or Ho-Pin Tung. Main commentator is Jack Plooij on free practice and Olav Mol on qualifying and race. Plooij and Mol alternately also served as pit reporters. 2021 will be Ziggo's last season after nine years of broadcasting as their confirmed the loss of the broadcast licence. On 4 October 2017, ESPN announced that it had acquired rights to Formula One under a multi-year deal beginning in 2018. ESPN had previously broadcast Formula One from 1984 to 1997.

The majority of coverage will be carried by ESPN2, but two races will be carried on the main ESPN channel, and three races , as well as an afternoon encore of the Monaco Grand Prix , will be broadcast free-to-air on ABC. Unlike the previous contract with NBC Sports, Formula One will retain over-the-top rights, ESPN will reportedly not pay a traditional rights fee, and it was originally announced that the broadcasts would rely primarily on the world feed. However, it was later announced that ESPN would utilize Sky Sports' coverage. Verstappen started seventh but made a storming start to reach fourth by turn one, but Hamilton capitalised on pole position and kept his lead. By lap five, Vesrtappen was up into second place, driving the doors off his Red Bull , with Bottas and Perez also driving through the field to make up for lowly grid positions.

It was "won" by Max Verstappen, who had qualified on pole, with a delighted George Russell in the Williams finishing behind him after a sensational lap on Saturday. The seven-times world champion again had to settle for second place, although he did snatch an extra point for the fastest lap thanks to a late pit stop. Mercedes Boss Toto Wolff admitted that, for the first time in the turbo-hybrid era that his team has dominated, Mercedes had "no weapons in our armoury". Hamilton agreed, estimating that Red Bull had an advantage of a quarter of a second on every lap of its home circuit. Sky's race day coverage of this weekend's Abu Dhabi grand prix will also simulcast on Channel 4, as mentioned above. All Sky customers will have access to qualifying on Saturday and the race via Sky Showcase.

However, Sky Sports F1 will be the only place where you can watch every session, including free practice, as well as the Formula 2 finale. A win and fastest lap for Verstappen, who started on pole but lost out to Hamilton at the start before regaining the lead at the first pit stops. He then made a second stop for fresh tyres and won with fastest lap.