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The concept of rest days in Tests had some merit

Junaids

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I've noticed in recent months a couple of posters have made fun of the old practice of scheduling a Rest Day after Day 3 of a Test match.

It seems to be viewed as a quaint old tradition steeped in amateurism, a relic of a gentler, less professional time.

And so I am writing now to explain how it was exactly the opposite.

Consider the recent Third Test between Australia and India at the MCG. It went something like this:

Day 1: India 215-2
Day 2: India 443-7 declared. Australia 8-0.
Day 3: Australia 151 all out. India declined to invoke the Follow-on, batted again and scored 54-5 in 27 overs.

This is a perfect illustration of how the end of the Rest Day has seen the game become LESS ATTACKING, with captains terrified of invoking the Follow-On for fear of their bowlers breaking down from overwork with insufficient rest.

In the era of the Rest Day, Virat Kohli would have known that his bowlers faced a maximum workload of 27 overs on Day 3, followed by a guaranteed day without having to bowl.

But he had no such reassurance now. Australia might have survived those 27 overs plus 90 the next day (okay, unlikely without Warner and Smith, but you get the point).

He could not take the risk of that, so he chose to bat again.

In fact, the elimination of the Rest Day has had three long-term effects on international cricket.

1. More bowlers have suffered serious long-term overwork injuries in the form of Stress Fractures.

2. Fast bowling has got measurably slower.

3. Captains hardly ever invoke the Follow-On.

Consider the case of the 1975-76 Australia v West Indies Test match at the WACA ground in Perth.

As has been extensively discussed elsewhere, that match saw the use of the most accurate high-speed cameras ever used in cricket, 500 frame per second Photo-Sonics which were 20 times more accurate than the 25 frame per second speed cameras used today.

In that one match alone, the following speeds were recorded in the actual match:

Jeff Thomson 160.45
Andy Roberts 159.49
Michael Holding 150.67
Dennis Lillee 148.54

It is inconceivable today that four bowlers could bowl so fast in a Test match.

And the reasons are simple: fast bowlers today do not have the luxury of a guaranteed break through a Rest Day in mid-Test, so they have to operate within themselves to maintain their fitness and stamina.

( I would add a second factor too. The elimination of the Eight Ball over has reduced the time between overs from around 6 minutes to less than 5 minutes. That makes a huge difference to fast bowlers.)

The Rest Day wasn't a quaint gentleman's tradition. It - along with Eight Ball Overs - was a large part of the reason why bowlers in the recent past bowled so much faster than today's quicks can.
 
It added one more day to a format which is already under stress in terms of popularity
 
I can imagine it working only in old England where rich moneyed gentlemen never did an honest day of work. Apart from retirees, who has the time these days to watch cricket for five days let alone take a break mid-way & come back for the sixth day? Test cricket is a dying breed for stadium watching & best followed on an app; if you try to prolong it further just to see an increase in bowling speed, it will only hasten its demise.
 
If you aint fit enough to play 5 day cricket, don't play.

This is a professional sport. Not an amateur club match.
 
It will result in more boredom as mentioned! The pitches will flatten up (1 day will give enough time to settle from the wear & tear), the team under pressure will have enough time & space to devise a plan to restore... All this will result in increased number of draws! Test Format is escaping the danger/threat of extinction only because it is producing more results these days! If you want to go back to the olden days of drawing-glory (the famous Imran Khan's test era I guess!) then Test Cricket will die in no time!
 
Ashwin-Jaddu bowling on a day 6 pitch? Wonder how that would turn out.

Agree with the rest of the posters. Rest day concept was trashed for a reason. Can't think of many exciting sports that have a day's break.
 
I've noticed in recent months a couple of posters have made fun of the old practice of scheduling a Rest Day after Day 3 of a Test match.

It seems to be viewed as a quaint old tradition steeped in amateurism, a relic of a gentler, less professional time.

And so I am writing now to explain how it was exactly the opposite.

Consider the recent Third Test between Australia and India at the MCG. It went something like this:

Day 1: India 215-2
Day 2: India 443-7 declared. Australia 8-0.
Day 3: Australia 151 all out. India declined to invoke the Follow-on, batted again and scored 54-5 in 27 overs.

This is a perfect illustration of how the end of the Rest Day has seen the game become LESS ATTACKING, with captains terrified of invoking the Follow-On for fear of their bowlers breaking down from overwork with insufficient rest.

In the era of the Rest Day, Virat Kohli would have known that his bowlers faced a maximum workload of 27 overs on Day 3, followed by a guaranteed day without having to bowl.

But he had no such reassurance now. Australia might have survived those 27 overs plus 90 the next day (okay, unlikely without Warner and Smith, but you get the point).

He could not take the risk of that, so he chose to bat again.

In fact, the elimination of the Rest Day has had three long-term effects on international cricket.

1. More bowlers have suffered serious long-term overwork injuries in the form of Stress Fractures.

2. Fast bowling has got measurably slower.

3. Captains hardly ever invoke the Follow-On.

Consider the case of the 1975-76 Australia v West Indies Test match at the WACA ground in Perth.

As has been extensively discussed elsewhere, that match saw the use of the most accurate high-speed cameras ever used in cricket, 500 frame per second Photo-Sonics which were 20 times more accurate than the 25 frame per second speed cameras used today.

In that one match alone, the following speeds were recorded in the actual match:

Jeff Thomson 160.45
Andy Roberts 159.49
Michael Holding 150.67
Dennis Lillee 148.54

It is inconceivable today that four bowlers could bowl so fast in a Test match.

And the reasons are simple: fast bowlers today do not have the luxury of a guaranteed break through a Rest Day in mid-Test, so they have to operate within themselves to maintain their fitness and stamina.

( I would add a second factor too. The elimination of the Eight Ball over has reduced the time between overs from around 6 minutes to less than 5 minutes. That makes a huge difference to fast bowlers.)

The Rest Day wasn't a quaint gentleman's tradition. It - along with Eight Ball Overs - was a large part of the reason why bowlers in the recent past bowled so much faster than today's quicks can.

It is interesting that Porsche 911 in 1975-89 had a top speed of 164 mph and the Porsche 991 of 2020 has a top speed of 191 mph and the acceleration for the older model was 0-100 in 12 seconds while now it is 3.2 to 3.4 seconds.

Over the time Porsche has blended into a figure of trust, efficient dynamics and mechanical advantage into something faster and lighter.

While according you the cameras of the past were accurately predicting speeds upto 160 km/h from the human hand and now are struggling to accurately predict the speed of the ball in 2020 despite the advancement in camera and supersonic technology.

Which leads us to the obvious conclusion that you are suffering form "confirmation bias".
 
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It is interesting that Porsche 911 in 1975-89 had a top speed of 164 mph and the Porsche 991 of 2020 has a top speed of 191 mph and the acceleration for the older model was 0-100 in 12 seconds while now it is 3.2 to 3.4 seconds.

Over the time Porsche has blended into a figure of trust, efficient dynamics and mechanical advantage into something faster and lighter.

While according you the cameras of the past were accurately predicting speeds upto 160 km/h from the human hand and now are struggling to accurately predict the speed of the ball in 2020 despite the advancement in camera and supersonic technology.

Which leads us to the obvious conclusion that you are suffering form "confirmation bias".
Not at all.

25 frames per second speed cameras are used now because they are cheap.

You can still hire the old 500 frames per second cameras, but each camera costs £2000 per day.

And by the way, Concorde, the Convair 990 and even the Boeing 707 and DC-8 were faster than their modern replacements.
 
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Not at all.

25 frames per second speed cameras are used now because they are cheap.

No. This is just not true. Hawkeye uses highspeed cameras but their frame rate is not as high as 500 FPS. However they use a minimum of 4 cameras ( max 6 ) in a triangulated setup to get a high-degree of precision. How else do you think they can pass the stringent requirements set by various sports bodies ( not just ICC ) ?


And BTW the 1979 Test - which for some reason you don't trust - also used the same 500 FPS camera that was used in the 1976 Test.


You keep repeating this baseless point over and over and over again without ever responding to the counterpoints. If you want to be taken seriously you might want to clarify or substantiate your claims but again I think you like being trolled and being the butt of all jokes and ridicule.
 
This is definitely a great idea. Instead of reducing Test matches to 4 days (& 105 overs/day) I’ll support this always. Making Tests for non stop 4 days and play almost 8 hours per day will kill most of the bowlers, follow on will be out of questions and more & more Tests’ll end in draws because I don’t see bowlers bowling with same intensity on day 3-4 after such work load.

These days, they keep minimum 3 days gap between 2 Tests and play 5 days non stop. Instead of that, I suggest, make that gap minimum 2 days, make Tests 6 days affair with 4th day as rest day. This’ll keep players (particularly pacers) much fitter & their career durability will increase. Also what they can do is if in first 3 days, there is a washout, they can makeup that up in the rest day. Even it can be done that if over 90 overs are lost in first 3 days, they can make it up on Day 4.

Till mid 90s, Test in UK used to start on Thursday and end on Tuesday, with Sunday rest. While in AUS/SAF in olden days, time less Boxing Day Tests used to have 2 breaks - 29th of DEC & 1st of JAN.
 
I've noticed in recent months a couple of posters have made fun of the old practice of scheduling a Rest Day after Day 3 of a Test match.

It seems to be viewed as a quaint old tradition steeped in amateurism, a relic of a gentler, less professional time.

And so I am writing now to explain how it was exactly the opposite.

Consider the recent Third Test between Australia and India at the MCG. It went something like this:

Day 1: India 215-2
Day 2: India 443-7 declared. Australia 8-0.
Day 3: Australia 151 all out. India declined to invoke the Follow-on, batted again and scored 54-5 in 27 overs.

This is a perfect illustration of how the end of the Rest Day has seen the game become LESS ATTACKING, with captains terrified of invoking the Follow-On for fear of their bowlers breaking down from overwork with insufficient rest.

In the era of the Rest Day, Virat Kohli would have known that his bowlers faced a maximum workload of 27 overs on Day 3, followed by a guaranteed day without having to bowl.

But he had no such reassurance now. Australia might have survived those 27 overs plus 90 the next day (okay, unlikely without Warner and Smith, but you get the point).

He could not take the risk of that, so he chose to bat again.

In fact, the elimination of the Rest Day has had three long-term effects on international cricket.

1. More bowlers have suffered serious long-term overwork injuries in the form of Stress Fractures.

2. Fast bowling has got measurably slower.

3. Captains hardly ever invoke the Follow-On.

Consider the case of the 1975-76 Australia v West Indies Test match at the WACA ground in Perth.

As has been extensively discussed elsewhere, that match saw the use of the most accurate high-speed cameras ever used in cricket, 500 frame per second Photo-Sonics which were 20 times more accurate than the 25 frame per second speed cameras used today.

In that one match alone, the following speeds were recorded in the actual match:

Jeff Thomson 160.45
Andy Roberts 159.49
Michael Holding 150.67
Dennis Lillee 148.54

It is inconceivable today that four bowlers could bowl so fast in a Test match.

And the reasons are simple: fast bowlers today do not have the luxury of a guaranteed break through a Rest Day in mid-Test, so they have to operate within themselves to maintain their fitness and stamina.

( I would add a second factor too. The elimination of the Eight Ball over has reduced the time between overs from around 6 minutes to less than 5 minutes. That makes a huge difference to fast bowlers.)

The Rest Day wasn't a quaint gentleman's tradition. It - along with Eight Ball Overs - was a large part of the reason why bowlers in the recent past bowled so much faster than today's quicks can.

I think, as someone else once posted here, was probably not the best way of measuring speeds but I get your overall point, a rest day would really help bowlers recuperate. However, from the 80s on wards, I don't think there were many rest days and we eventually ended up with Akhtar and Lee, albeit with shortened test careers.

There, in my opinion, seems to be other issues for the decrease in top pace bowlers, with pitches and formats now more aimed at making the batsman king.
 
I've noticed in recent months a couple of posters have made fun of the old practice of scheduling a Rest Day after Day 3 of a Test match.

It seems to be viewed as a quaint old tradition steeped in amateurism, a relic of a gentler, less professional time.

And so I am writing now to explain how it was exactly the opposite.

Consider the recent Third Test between Australia and India at the MCG. It went something like this:

Day 1: India 215-2
Day 2: India 443-7 declared. Australia 8-0.
Day 3: Australia 151 all out. India declined to invoke the Follow-on, batted again and scored 54-5 in 27 overs.

This is a perfect illustration of how the end of the Rest Day has seen the game become LESS ATTACKING, with captains terrified of invoking the Follow-On for fear of their bowlers breaking down from overwork with insufficient rest.

In the era of the Rest Day, Virat Kohli would have known that his bowlers faced a maximum workload of 27 overs on Day 3, followed by a guaranteed day without having to bowl.

But he had no such reassurance now. Australia might have survived those 27 overs plus 90 the next day (okay, unlikely without Warner and Smith, but you get the point).

He could not take the risk of that, so he chose to bat again.

In fact, the elimination of the Rest Day has had three long-term effects on international cricket.

1. More bowlers have suffered serious long-term overwork injuries in the form of Stress Fractures.

2. Fast bowling has got measurably slower.

3. Captains hardly ever invoke the Follow-On.

Consider the case of the 1975-76 Australia v West Indies Test match at the WACA ground in Perth.

As has been extensively discussed elsewhere, that match saw the use of the most accurate high-speed cameras ever used in cricket, 500 frame per second Photo-Sonics which were 20 times more accurate than the 25 frame per second speed cameras used today.

In that one match alone, the following speeds were recorded in the actual match:

Jeff Thomson 160.45
Andy Roberts 159.49
Michael Holding 150.67
Dennis Lillee 148.54

It is inconceivable today that four bowlers could bowl so fast in a Test match.

And the reasons are simple: fast bowlers today do not have the luxury of a guaranteed break through a Rest Day in mid-Test, so they have to operate within themselves to maintain their fitness and stamina.

( I would add a second factor too. The elimination of the Eight Ball over has reduced the time between overs from around 6 minutes to less than 5 minutes. That makes a huge difference to fast bowlers.)

The Rest Day wasn't a quaint gentleman's tradition. It - along with Eight Ball Overs - was a large part of the reason why bowlers in the recent past bowled so much faster than today's quicks can.

How accurate were those radar guns and what guns were used to measure the speed? I have a Pocket Radar and it is pretty accurate, because I have measured it with the speed of my car, even with this radar, if I don't release the button at the right time and speed will not be accurate. Also it measures the highest speed the ball traveled, which is when it leaves the bowler's hand.
I don't see how the pitches affect the speed of the ball, because the ball is fastest when it leaves the hand, unless the bowler is intentionally reducing the speed and not giving 100% effort.
 
These type of experiments shouldn’t be made with test cricket.
The experiment is having NO Rest Day.

We had 110 years with Rest Days, followed by the last 20 years without Rest Days.
 
I wish rest day to return , i would reduce injuries.
 
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