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400-year-old

London Sundial,1625

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Before clocks arrived in England, sundials were being used to tell the time. However, even after the arrival of early clocks, sundials were still very important during the 16th and 17th centuries because the earliest domestic clocks prior to the invention of the pendulum were not always accurate, and so domestic clocks had to be reset regularly using sundials as a reference. The earliest lantern clock makers would often sell their clocks accompanied by a small brass sundial that was made by the clockmaker himself or alternatively, for some of the more prestigious London clocks and wealthier clients, the sundial could have been made by a Mathematical Instrument Maker (MIM) - just like the wonderfully interesting example shown below which is signed E.C’ and dated 1625. Recent research and investigations into the dial by Dr John Davis, Editor of the British Sundial Society found that this early sundial has been made by a very competent individual. John also found this to be a London dial, possibly made by the London mathematical instrument maker Edward Coolinge. This incredibly rare dial, its possible maker and the dials fascinating links to Elizabeth I, James VI and I, Charles I and the English Civil War are all discussed in my article which is revealed below alongside stunning historic images and events that happened during 1625, which turned out to be one of the most historically important years in the history of the British monarchy.

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Above. The "Darnley Portrait" of Queen Elizabeth I, of England. Unidentified painter, Public domain, via Wikimedia Commons. Edward Coolinge, the possible maker of the EC’, 1625 sundial, was born around 1576 and under the reign of Elizabeth I and would have been about 49 years old when he made the dial.

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Above. King James VI and I (James Charles Stuart; 19 June 1566 – 27 March 1625) Paul van Somer I, Public domain, via Wikimedia Commons. The EC', 1625 sundial dates from the reign of King James  I. He died on March 27th,1625 and was then succeeded to the throne by his second son, Charles I.

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AbovePortrait of King Charles I (19 November 1600 – 30 January 1649). Daniël Mijtens, Public domain, via Wikimedia Commons. Charles I, became King of England, Scotland, and Ireland from 27 March 1625 until his execution in 1649.

Below. King Charles I handing a laurel wreath to Henrietta Maria, by Daniël Mijtens. Public domain, via Wikimedia Commons. On 1st May 1625, Charles I, married Henrietta Maria, daughter of the King of France, by proxy at Notre Dame and in person at Canterbury the following month.

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The London Sundial

EC', 1625

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This early Seventeenth Century James I and Charles I period horizontal London sundial is comprised of a thin brass scale plate measuring four and a half inches square with securing holes at each corner. The central plate is engraved with a roman numeral scale around the outer circumference with hour division lines terminating to decreasing circles motifs to the centre. The South point of the scale is punch - engraved with the initials E.C’ and the date 1625 with the North point behind the gnomon provided with a cross-pattée and no noon gap. The dial retains its original, thin brass knife-edge gnomon (with restored tenons), and has a fringed back edge which is typical of other dials from this early period 

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Above. The EC' sundial measures four and a half inches square and retains its original, thin brass knife-edge gnomon (with restored tenons). The South point of the scale is punch-engraved with the initials E.C’ and is dated 1625.  Photographed by Lee Borrett.

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Above. Showing the gnomons fringed back edge which is typical of other dials from this early period. the North point behind the gnomon provided with a cross-pattée and no noon gap.  Photographed by Lee Borrett.

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Above. The dial has securing holes at each corner.  Photographed by Lee Borrett.

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Above. Showing another view of the original EC’, 1625 knife-edge gnomon with it’s fringed back edge.  Photographed by Lee Borrett.

Below. The central plate is engraved with a roman numeral scale around the outer circumference with hour division lines terminating to decreasing circles motifs to the centre. The South point of the scale is punch-engraved with the initials E.C’ and is dated 1625.  Photographed by Lee Borrett.

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Who is the early

17th century maker EC'

The EC’, 1625 dial hour numerals (inward facing) are punched rather than engraved as is common on these early dials. The small stars for the half-hours are also punched and the cross-pattée for noon is formed from two punched ‘I’s at right angles and denotes this dial was made by a professional Mathematical Instrument Maker as apposed to clockmaker as sets of punches were expensive and was far more time consuming to execute. The angles of the hour lines relative to the noon line were measured by John Davis who found them to be a latitude of 51.6° and comparable to the best mathematical instrument makers of the period – to a London latitude.

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Above. The small stars for the half-hours are also punched and the cross-pattée for noon is formed from two punched ‘I’s at right angles and denotes this dial was made by a professional Mathematical Instrument Maker as apposed to clockmaker as sets of punches were expensive and was far more time consuming to execute.  Photographed by Lee Borrett.

Below. Showing a close-up of the deeply punch-engraved signature and date. E.C, 1625. Photographed by Lee Borrett.

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Having determined that EC was likely to be a London MIM – mathematical instrument maker – (rather than, say, a provincial clockmaker), a more determined search for likely candidates was undertaken. Searching the alphabetical list in Gloria Clifton’s Directory provided a candidate name of Edward Coolinge. There is no actual entry for Coolinge but he appears, without dates, as the master for a Robert Limborow (with various alternative spellings) who does have some details listed. Limborow was made free of the Goldsmith’s Company in 1604 and is known to have been working with premises in “the lower end of Gutter-Lane, neere the Goldsmith’s Hall” in 1619. Note in passing that this is before the formation of the Clockmakers’ Company (to which London MIMs were expected to belong) and that early dial makers such as Isaac Symmes were goldsmiths. Assuming a standard seven year apprenticeship, that would mean that Limborow was bound to Edward Coolinge in 1597. To be a master at this date, Coolinge would have to have been 21 years old at the very least and probably a few years older. This would place his date of birth as before 1576 under the reign of Queen Elizabeth I. He would have been 49 or over when he made the 1625 dial. This is by no means certain but since Edward Coolinge is the only London Mathematical Instrument Maker with those initials currently known to have worked at the right period - it makes him a very strong and the only realistic candidate as the dials possible maker: research is ongoing to find more details of his life.

Below. Queen Elizabeth I (1533 – 1603), was on the throne when the London Mathematical Instrument Maker Edward Coolinge, possibly made the EC',1625 dial. He would have been about 49 years old. Alamy.com

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The Recent

History,Ownership 

Restoration of the Dial

And

The EC’, 1625 sundial first came to light in about 2019 when it was offered for sale in America.  The dial retained its original thin knife-edge gnomon but the original tenons had been snapped off many years earlier and the gnomon, now slightly misplaced, was attached to the dial plate by old cracked fillets of solder on the surface. The dial was sold to a collector who had the solder neatly removed and securely fixed the original gnomon in place by hammered tenons, as on the original, but the opportunity to correct its slightly misplaced position was not taken as the ‘toe’ is still a couple of millimetres to the north of the centre of delineation, marked by a clear punch mark. At some point the collector then sold the dial on to an antiques dealer who then sold the dial to me after I had seen it on his website. I then made contact with Dr John Davis, Editor of the British Sundial Society and asked for his valid opinion about the dial. John kindly offered to inspect and analyse the whole dial for me in person which he did. It was John who discovered this EC’, 1625 sundial to be a London dial and made by a mathematical instrument maker.

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Above. Showing a side view of the E.C, 1625 dial. The thin knife-edge brass gnomon with fringed back edge is original but has restored tenons after the original tenons were snapped off many years ago. During the restoration of the tenons, the original gnomon has been fixed back into a slightly misplaced position with the ‘toe’ being a couple of millimetres to the north of the centre of delineation, marked by a clear punch mark. However, instead of correcting this, it has been decided to leave the gnomon in peace now to avoid the possibly of damaging the dial plate

 Private collection, Photographed by Lee Borrett.

Below. Showing the reverse side of the EC', 1625 sundial. The brass tenons have been restored after the originals snapped off many years ago. Private collection, Photographed by Lee Borrett.

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In summary, it is truly amazing how researching a small four and a half inch square brass sundial could help bring back to life one of the most historically important and fascinating times in the history of the British Monarchy. That’s exactly what happened after I purchased the EC’, 1625 sundial from a UK antiques dealer in 2023. From the dials possible London MIM maker, Edward Coolinge being born under the reign of Elizabeth I, to the sundial’s historic date of making - being the same year as the death of James I, the succession of Charles I and the marriage of Charles I to Henrietta Maria of France - all happening during the year of 1625. To give further historical context, this dial was created prior to such historical events as the English Civil War, the Great Plague and the Great Fire of London.

 

The EC’, 1625 London sundial, complete with its original thin knife-edge gnomon (with restored tenons) with fringed back edge is an enormously rare survivor with great patina and near prefect definition remaining to the engraving. The dial has been sympathetically restored and although it is not faultless, it gives us a rare insight into one of the small brass sundials that were being made by London  Mathematical Instrument Makers during the early 17th century

 

Edward Coolinge has been identified as the possible maker for the EC',1625 sudial. This is by no means certain but since Edward Coolinge is the only London Mathematical Instrument Maker with those initials currently known to have worked at the right period - it makes him a very strong and the only realistic candidate as the dials possible maker: research is ongoing to find more details of his life.

 

I illustrated the EC’, 1625 sundial on this website, to do the dial justice and give it back it’s true identity - which is something I feel was perhaps lost when the dial first came to light in America some five years ago!

Acknowledgement

I would like to thank Dr John Davis for allowing me to use his own previously published material about the E.C, 1625, sundial for this website. Much of the above information has been taken from an article that John had published recently about the EC', 1625 sundial. See the British Sundial Society Bulletin (BSS), Sep 2024. An  article by Dr John Davis entitled 'Who was EC' Update'.

I would like to thank Antique Scientific Instrument Dealer, Jason Clarke for making it possible for me to purchase this very rare sundial and for allowing me to use his own previously published material about the E.C, 1625, sundial for this website.

I would like to thank Dr John Davis for kindly inspecting and analysing the EC’,1625 sundial for me. It was from John's expertise that discovered the dial to be a London dial, and made by a Mathmimatical Instrument Maker. 

Further Reading

Historically Important

Events of 1625 

The

Signed E.C' and dated 1625, this very scarce early seventeenth century, James VI and Charles I period horizontal brass sundial is particularly interesting and was made in the same year as when the King of England, Scotland and Ireland, James VI and I, died on the 27th of March 1625 and who was then succeeded to the throne by his second son, Charles I. On 1st May 1625 Charles I married Henrietta Maria, daughter of the King of France, by proxy at Notre Dame and in person at Canterbury the following month. This succession would eventually have devastating consequences throughout the entire land as an unpopular King Charles would go on to steer England into a brutal and bloody civil war which ultimately lead to his own death when he was executed outside the banqueting hall in Whitehall on the 30th January 1649.

James VI and I

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Above. Portrait of King James VI, King of Scotland by John de Critz, oil on canvas, 1610. Alamy.com. James VI  was King of Scotland as James VI from 24 July 1567.

James VI and I was the son of Mary, Queen of Scots, and a great-great-grandson of Henry VII. He was King of Scotland as James VI from 24 July 1567 and King of England and Ireland as James I from the union of the Scottish and English crowns on 24 March. In 1603, he succeeded his cousin Elizabeth I, the last Tudor monarch of England and Ireland, who died childless. He continued to reign in all three kingdoms for 22 years, a period known as the Jacobean era, until his death in 1625. 

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Above. Portrait of King James I, who was born 19th June 1566. He was King of England and Ireland as James I from the union of the Scottish and English crowns on 24 March 1603 until his death in 1625 He was then succeeded to the throne by his second son, Charles I. National museum, Public domain, via Wikimedia Commons.

King Charles I

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Above. Charles I -  Daniel Mytens I - Charles I, was King of England, Scotland, and Ireland from 27 March 1625 until his execution in 1649. Alamy.com

Charles I (19 November 1600 – 30 January 1649) was King of England, Scotland, and Ireland from 27 March 1625 until his execution in 1649. Charles was born into the

the House of Stuart as the second son of King James VI of Scotland, but after his father inherited the English throne in 1603, he moved to England, where he spent much of the rest of his life. He became heir apparent to the kingdoms of England, Scotland, and Ireland in 1612 upon the death of his elder brother, Henry Frederick, Prince of Wales.

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Charles, Duke of York and Albany. The future Charles I of England is dressed the robes of the Order of the Garter. Later inscription " CHARLES DUKE OF YORK And ALBANY. Afterwards CHARLES The First KING OF GREAT BRITAIN". Robert Peake the elder, Public domain, via Wikimedia Commons

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Above. Portrait of a young King Charles I of England, Scotland and Ireland.  Gerard van Honthorst, Public domain, via Wikimedia Commons

An unsuccessful and unpopular attempt to marry Charles to Infanta Maria Anna of Spain culminated in an eight-month visit to Spain in 1623 that demonstrated the futility of the marriage negotiation. Two years later, in 1625 shortly after his accession, he married Henrietta Maria of France.

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Charles handing a laurel wreath to Henrietta Maria, by Daniël Mijtens. They were married in 1625. Daniël Mijtens, Public domain, via Wikimedia Commons

On 1st May 1625 Charles I married Henrietta Maria, daughter of the King of France, by proxy at Notre Dame and in person at Canterbury the following month. Three of their children are buried in a vault in the south aisle of the Abbey's Lady Chapel - Mary Princess of Orange, Charles (born and died 1629) and Anne (1637-1640). Their second son succeeded as Charles II (buried in the Stuart vault) and his brother succeeded him as James II.

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Above. Henrietta Maria and King Charles I with Charles, Prince of Wales, and Princess Mary, painted by Anthony van Dyck, 1633. The greyhound symbolises the marital fidelity between Charles and Henrietta Maria Anthony van Dyck, Public domain, via Wikimedia Commons

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Above. Portrait of King Charles I, c1631. Daniël Mijtens, Public domain, via Wikimedia Commons

A brief account of the

English Civil War

(1642-1751)

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The English Civil War stemmed from conflict between Charles I and Parliament. The king believed in his divine right to govern without interference from Parliament, and it was this conceit and arrogance that would eventually lead to his execution. In 1642, after an abortive attempt to arrest five of his biggest critics on charges of treason, even Charles realised that things had broken down between the crown and Parliament. A week later, he left London for Oxford to raise an army to fight Parliament for control of England. A civil war was inevitable.

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Above. Charles I, King Charles of Great Britain and Ireland from 1625. In1642 he left London for Oxford to raise an army to fight Parliament for control of England. Image Alamy.com

Below. Lieutenant-General Oliver Cromwell was a Parliamentary commander during the British Civil Wars and later became Lord Protector. Image from Shutterstock.com

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Below. Lieutenant-General Oliver Cromwell was a Parliamentary commander during the British Civil Wars and later became Lord Protector. Image from Shutterstock.com

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Below. Battle of Edge Hill, Warwickshire, 23 October 1642, the first pitched battle of the English Civil War. Prince Rupert leading the Royalist cavalry against the Parliamentary force. The Battle was indecisive Early 20th century illustration. Alamy.com

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After the first, indecisive battle of Edgehill in 1642 the King resumed his march on London, but was not strong enough to overcome the defending militia before Essex's army could reinforce them. Oliver Cromwell felt that a professional army would be more successful against the king, and the “New Model Army”, which would become a military unit that transformed the subsequent battles, was formed. 

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Above. Oliver Cromwell  formed  “New Model Army”after battle of Edgehill in 1642. Image from Shutterstock.com

The inconclusive result of the Battle of Edgehill prevented either faction from gaining a quick victory in the war and many battles followed. After his defeat at the Battle of Naseby in 1645 at the hands of the Parliamentarian New Model Army, Charles fled North from his base at Oxford. Charles surrendered to a Scottish force and after lengthy negotiations between the English and Scottish parliaments he was handed over to the Long Parliament in London. The civil war continued and in 1646 Charles was imprisoned by Cromwell and put under house arrest in the old Tudor royal apartments at Hampton Court Palace (pictured), from where he famously escaped. He was soon recaptured and kept prisoner at Carisbrooke Castle on the Isle of Wight, where he was well-treated.

The Trial of

King Charles I, 1649

After seven long years of a ferocious and unrelenting war which sent terror and destruction throughout the whole country King Charles I was put on trial for treason and found guilty. He was executed on Tuesday 30th January 1649 outside the Banqueting House in Whitehall, and it has been said that he faced his death with courage and dignity.

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Above. CHARLES I ON TRIAL. King Charles I of England (seated alone just before center) on trial before a specially constituted high court of justice in Westminster Hall on 20th January 1649. Colored English engraving, 1684. Alamy.com

Below. A closer view of King Charles I, during his Trial in January 1649 - English Civil War, 1642–1651. He was found guilty of Treason. Alamy.com

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Death Warrant

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Above. The 1649 death warrant of king Charles I, 29th January 1649. This is a copy of one of the most important documents in English history - The official order for the execution of King Charles I. Oliver Cromwell's signature is highlighted bottom left. Alamy.com

The Execution of

King Charles I,1649

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Above. King Charles I was executed on Tuesday 30th January 1649 outside the Banqueting House in Whitehall, and it has been said that he faced his death with courage and dignity. Image by Alamy.com

The Human Cost

During The English Civil War

To Both Soldiers and Civilians

Raising and maintaining an army was not without problems; for almost all human history, apart from the obvious dangers of warfare, the biggest toll of human life in war was taken by infectious diseases. During the conflict, historians believe that some 180,000 people died, but only 85,000 from combat – the rest were due to accidents and disease. So, although the actual death toll on the field might have been low, without modern medical care it was quite easy for wounds that were received during a battle to become infected, leading to blood poisoning and gangrene, which must have been a horrible way to die without antibiotics, anaesthetics or painkillers. Some examples include Lt-Colonel Anthony Fane, a dragoon commander at the storming of Farnham Castle in Surrey “shot through the cheek(s), whereof he died a few days later”. The cause of the fatalities was probably the result of fragments of dirty cloth being driven deep into a wound, either beyond the reach of the surgeons’ instruments or, more likely, being left there to fester. Lt-Colonel Johnson of the Basing House garrison in Hampshire “shot in the shoulder whereby contracting a fever, he died a fortnight after”.

Below. Oliver Cromwell in action with his 'New Model Army' at the Siege of Basing House  - Crofts Ernest - British School - 19th Century. Alamy.com

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Below. Showing a genuine English Civil War Cannon Ball mounted on its original oak base from the 2nd Siege of Basing House in 1643.   Photograph by Lee Borrett

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Camp Life and Training

In truth, thanks to poor supplies and little in the way of logistics, you were lucky if you got to the battlefield in the first place; the cramped conditions and lack of personal hygiene of the camps were a breeding ground for dysentery or cholera, scarlet fever, typhoid, plague, or diseases transmitted from person to person via lice (or even venereal diseases for the less-than-righteous soldier). Certainly, the name “camp fever” is synonymous with typhus and arose from the affinity of the disease for these types of conditions. Life in an army camp during training was not easy.

Another problem, peculiar to the marshy, waterlogged fens and to lowland areas of Somerset, Kent and Essex, was that of malaria. Well-documented examples are difficult to come by, although frequent references to “ague” or recurrent fever are highly suggestive of malaria. Certainly Cromwell, himself a “fenman”, showed evidence of having this infection for most of his life and it was probably the cause of his death. References to quartan fevers in the 17th and 18th centuries suggest that this was caused by P malariae. Thomas Sydenham (1624–89), a leading 17th century English physician, wrote in Observationes Medicae in 1676 that “anyone dwelling in the locality of marshes and lakes became impressed with a certain miasma which produces a quartan ague”. 

Another contributory factor would have been the uncertain nature of the daily diet and the vagaries of the weather. Accounts from soldiers in Holles’ Regiment of Foot (a Parliamentarian regiment that was recruited predominantly from London apprentices serving in the butchering and dyeing trades) describe how in the summer months, for lack of other sustenance, the marching troops “drank stinking water”, sometimes scooping it from the shallow indentations left by horse hooves! The soldiers were regularly soaked to the skin, and unable to dry their clothing adequately which would become filthy and often infested with lice – soldiers noted that when stripping the corpse of a Royalist drummer they found it to be “very lowsey”. As a result of this, wounds frequently became infected, often with fatal consequences. 

The privations endured during the winter months must have also produced a considerable number of cases of sickness, due to the extremes of cold, continual exposure to wet clothing and footwear, and the debilitating effects of an inadequate diet. Pneumonia and bronchitis must have been an ever-present hazard, while tuberculosis would have exacted an annual toll of deaths. The low resistance to infection engendered by the poor diet, incipient vitamin deficiencies – especially scurvy – and the climatic rigours to which troops were exposed compounded this problem.

Besieged Towns

Civilians also suffered the ravages of the conflicts. Royalists and Parliamentarians were constantly trying to impress men into their armies. Both sides took horses, food and other supplies for their armies. They forced people to provide free food and shelter to whichever troops turned up in their farm, village or town. In desperation, some areas formed their own militia to keep the Royalists and Parliamentarians away from their homes. There were severe outbreaks of plague in several towns and cities in England and Wales, especially during 1644 and, to a lesser extent, 1645.

Of course, plague had existed in England as an endemic disease for about 400 years, enlivened by periodic epidemics and occasional spectacular pandemic, the best known of which is the Great Plague of London in 1666. Outbreaks also occurred if the rat fleas (Xenopsylla cheopis) were transported in bales of woollen and other cloths from one town to another. This mode of transmission accounted for the characteristic sudden and sporadic outbreaks of plague in apparently unconnected locations. But generally, the largely open nature of the civil wars, with relatively few prolonged sieges, mitigated against plague as a major threat to troops who could, if they were aware of the presence of the disease in a town, avoid it. 

Person-to-person infection with typhus, however, was a different matter entirely. The pattern and symptoms of the fever that decimated the Earl of Essex’s Army at Reading in 1643, suggests typhus. Likewise, Sir William Waller's successful siege of Chichester in early 1644 was also followed by an outbreak of typhus amongst the garrison. Other serious outbreaks in 1644 occurred in several towns in the west country, particularly Tiverton in Devon, which was occupied for periods of time by Royalist and Parliamentarian armies in turn. 

Other important “siege diseases” were smallpox and measles. The garrison of Basing House in Hampshire suffered from an outbreak of the former in 1644 at the height of the 19-week long siege. It should be remembered that the species of smallpox prevalent in England at this time was the milder European version known as alastrim (Variola minor), and not the more virulent Asiatic form which replaced it. Otherwise, the siege of Basing House would have ended abruptly with the death of most of the besieged. Similar outbreaks of a disease that disfigured rather than dealt death occurred in the Oxford garrisons during 1644, and no doubt among many other unrecorded towns and villages as well. 

Conclusion

Civilians also suffered the ravages of the conflicts. Royalists and Parliamentarians were constantly trying to impress men into their armies. Both sides took horses, food and other supplies for their armies. They forced people to provide free food and shelter to whichever troops turned up in their farm, village or town. In desperation, some areas formed their own militia to keep the Royalists and Parliamentarians away from their homes. There were severe outbreaks of plague in several towns and cities in England and Wales, especially during 1644 and, to a lesser extent, 1645.

Of course, plague had existed in England as an endemic disease for about 400 years, enlivened by periodic epidemics and occasional spectacular pandemic, the best known of which is the Great Plague of London in 1666. Outbreaks also occurred if the rat fleas (Xenopsylla cheopis) were transported in bales of woollen and other cloths from one town to another. This mode of transmission accounted for the characteristic sudden and sporadic outbreaks of plague in apparently unconnected locations. But generally, the largely open nature of the civil wars, with relatively few prolonged sieges, mitigated against plague as a major threat to troops who could, if they were aware of the presence of the disease in a town, avoid it. 

Person-to-person infection with typhus, however, was a different matter entirely. The pattern and symptoms of the fever that decimated the Earl of Essex’s Army at Reading in 1643, suggests typhus. Likewise, Sir William Waller's successful siege of Chichester in early 1644 was also followed by an outbreak of typhus amongst the garrison. Other serious outbreaks in 1644 occurred in several towns in the west country, particularly Tiverton in Devon, which was occupied for periods of time by Royalist and Parliamentarian armies in turn. 

Other important “siege diseases” were smallpox and measles. The garrison of Basing House in Hampshire suffered from an outbreak of the former in 1644 at the height of the 19-week long siege. It should be remembered that the species of smallpox prevalent in England at this time was the milder European version known as alastrim (Variola minor), and not the more virulent Asiatic form which replaced it. Otherwise, the siege of Basing House would have ended abruptly with the death of most of the besieged. Similar outbreaks of a disease that disfigured rather than dealt death occurred in the Oxford garrisons during 1644, and no doubt among many other unrecorded towns and villages as well. 

Acknowledgements

I would like to thank the following for providing me with maps, images and for allowing me to use any previously published material for this article.

John Fawkes who allowed me to use material from his wonderfully historical website www.britishbattles.com  with regards to the Storming of Bristol in 1643.

Dr Stephen Mortlock who allowed me to use all of his material from his own wonderfully written article published on 1st June 2017 entitled ‘DEATH AND DISEASE IN THE ENGLISH CIVIL WAR'.

Interestingly, Dr Stephen Mortlock's ancestor was Rupert Mortlock who commanded a unit in the Earl of Essex's army during the Battle of Newbury in 1643.

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