Clipper Round The World Race

{target.data.getPhotosHtml('')}

{target.boat.name}

Start on {µ.toDate(target.data.boatClass.run.date,"UTC:dddd dd mmmm ' at ' HH:MM 'UTC'")}

Total distance{µ.toNumber(target.data.line.dtf," ¤1¤.")} nm

Heading {target.boat.track.currentLocation.heading}°

Speed {µ.toNumber(target.boat.track.currentLocation.getSpeed()," ¤1¤.")} kts

Finished on {µ.toDate(target.boat.arrival.date,"UTC:dd/mm/yyyy ' at ' HH:MM:ss 'UTC'")}

Race time {µ.toRacetime(target.boat.arrival.racetime, "[0]d [1]h [2]min [3]s¤[0]h [1]min [2]s¤[0]min [1]s¤[0]s¤¤N/A")}

Penalty {µ.toRacetime(Math.abs(target.boat.arrival.penalty), "[0]d [1]h [2]min [3]s¤[0]h [1]min [2]s¤[0]min [1]s¤[0]s¤¤N/A")}

Bonus {µ.toRacetime(Math.abs(target.boat.arrival.penalty), "[0]d [1]h [2]min [3]s¤[0]h [1]min [2]s¤[0]min [1]s¤[0]s¤¤N/A")}

Official time {µ.toRacetime(target.boat.arrival.jury, "[0]d [1]h [2]min [3]s¤[0]h [1]min [2]s¤[0]min [1]s¤[0]s¤¤N/A")}

Gap to first {µ.toRacetime(target.boat.arrival.gapToFirst, "[0]d [1]h [2]min [3]s¤[0]h [1]min [2]s¤[0]min [1]s¤[0]s¤¤N/A")}

Gap to previous {µ.toRacetime(target.boat.arrival.gapToPrevious, "[0]d [1]h [2]min [3]s¤[0]h [1]min [2]s¤[0]min [1]s¤[0]s¤¤N/A")}

Over the orthodromy {µ.toNumber(target.boat.arrival.orthoDistance, " ¤1¤.")} nm / {µ.toNumber(target.boat.arrival.orthoSpeed, " ¤1¤.")} kts

Over ground {µ.toNumber(target.boat.arrival.overgroundDistance, " ¤1¤.")} nm / {µ.toNumber(target.boat.arrival.overgroundSpeed, " ¤1¤.")} kts

Hour retained{µ.toDate(target.data.line.date,"UTC:''HH:MM' UTC'")}lag

Dist. to finish{µ.toNumber(target.data.line.dtf," ¤1¤.")} nm

Dist to leader+{µ.toNumber(target.data.line.dtl," ¤1¤.")} nm{µ.toNumber(Math.abs(target.data.line.dtlProgress)," ¤1¤.")} nm

		Over 4h	Over 24h
Heading	{target.data.line.heading} °	{target.data.line.heading4h} °	{target.data.line.heading24h} °
Speed	{µ.toNumber(target.data.line.speed," ¤1¤.")} kts	{µ.toNumber(target.data.line.dist4h/240*60," ¤1¤.")} kts	{µ.toNumber(target.data.line.dist24h/1440*60," ¤1¤.")} kts
overground		{µ.toNumber(target.data.line.dog4h/240*60," ¤1¤.")} kts	{µ.toNumber(target.data.line.dog24h/1440*60," ¤1¤.")} kts
VMC	{µ.toNumber(target.data.line.vmg," ¤1¤.")} kts	{µ.toNumber(target.data.line.vmg4h," ¤1¤.")} kts	{µ.toNumber(target.data.line.vmg24h," ¤1¤.")} kts
Distance		{µ.toNumber(target.data.line.dist4h," ¤1¤.")} nm	{µ.toNumber(target.data.line.dist24h," ¤1¤.")} nm
overground		{µ.toNumber(target.data.line.dog4h," ¤1¤.")} nm	{µ.toNumber(target.data.line.dog24h," ¤1¤.")} nm

At {µ.toDate(target.boat.track.currentLocation.timecode*1000,"UTC:''HH:MM' UTC'")}

Heading : {target.boat.track.currentLocation.heading}° • Speed : {µ.toNumber(target.boat.track.currentLocation.getSpeed()," ¤1¤.")} nds • Dist. to fin. : {µ.toNumber(target.data.line.track.slice(-1)[0].slice(-1)[0]," ¤2¤.")} nm

At report on {µ.toDate(target.data.line.report.timecode*1000,"UTC:''HH:MM' UTC'")}

Dist. to finish{µ.toNumber(target.data.line.dtf," ¤1¤.")} nm

Dist to leader+{µ.toNumber(target.data.line.dtl," ¤1¤.")} nm{µ.toNumber(Math.abs(target.data.line.dtlProgress)," ¤1¤.")} nm

		Over 4h	Over 24h
Heading	{target.data.line.heading} °	{target.data.line.heading4h} °	{target.data.line.heading24h} °
Speed	{µ.toNumber(target.data.line.speed," ¤1¤.")} kts	{µ.toNumber(target.data.line.dist4h/240*60," ¤1¤.")} kts	{µ.toNumber(target.data.line.dist24h/1440*60," ¤1¤.")} kts
overground		{µ.toNumber(target.data.line.dog4h/240*60," ¤1¤.")} kts	{µ.toNumber(target.data.line.dog24h/1440*60," ¤1¤.")} kts
VMC	{µ.toNumber(target.data.line.vmg," ¤1¤.")} kts	{µ.toNumber(target.data.line.vmg4h," ¤1¤.")} kts	{µ.toNumber(target.data.line.vmg24h," ¤1¤.")} kts
Distance		{µ.toNumber(target.data.line.dist4h," ¤1¤.")} nm	{µ.toNumber(target.data.line.dist24h," ¤1¤.")} nm
overground		{µ.toNumber(target.data.line.dog4h," ¤1¤.")} nm	{µ.toNumber(target.data.line.dog24h," ¤1¤.")} nm

PIT

Stealth mode

Not localised

SUS

NYS

DNS

DNC

DNF

DSQ

CNS

Retired

Stealth mode

{target.data.line.rank}