The horsepower required to pull a Meir SC depends on soil type, conditions and depth of working. We would recommend a minimum power of 50hp/m (200hp on a 4m Meir SC).

The Meir Soil Conditioner is capable of working down to depths of 11” (275mm) whilst it can be brought much shallower, to depths of c.4” (100mm). At shallower depths it is recommended that the tractors top link be lengthened to reduce the angle of attack of the Meir’s soil lifting wing so as not to create too much soil disturbance on the surface.

The Meir SC has a 500mm (20”) tine spacing. This provides a uniform loosening across the working width of the machine at a variety of different working depths. The anhedral wing design of the Meir Point ensures a more even depth of loosening across the working width.

The Meir SC point is fitted with a tungsten carbide tile up the leading edge of the point and up the shin. The wings are coated in a tungsten carbide coating and the base material of the point and legs is Boron Steel. Through thorough testing we have found this level of protection to offer the best longevity of the wearing metal, reducing downtime whilst replacing points as well as ensuring a low cost of operation.

The Meir SC comes as standard with a steel roller fitted with pointed cones positioned either side of each tine. This roller provides a ‘corrugated’ finish, closing the surface of the soil behind each point and creating a greater surface area to ensure the soil remains ‘weatherproof’. It is ideal in most arable scenarios.

Many Meir SC owners are using their machines as sward lifters in pastures. The cutting disc fitted to the Meir reduces any tearing of the sward, whilst the low disturbance tines further reduce sward damage. A rubber, semi-pneumatic roller can be specified for this scenario to ensure the sward remains level. Speak to one of our sales team to find out more.

We have supplied several machines fitted with seeder units for establishing cover crops and OSR behind the Meir. Utilising our Dale Drills experience of efficient crop establishment, we have several options available in this regard. Please speak to one of our team to find out more.

Although the drills are working for much of the time in very hard abrasive conditions, the tungsten tipped coulters give a long wearing life. Running costs on earth wearing parts are generally less than £1/ac.

A 6m drill at 10kph will drill 6 ha/hr in a straight line. With a 30% reduction for filling the hopper and turning on headlands, an output of over 4 ha/hr can be achieved.

The Eco-Drill has a unique adjustable row spacing. The drill can be adjusted to work at 5″ (12.5cm) or 10″ (25cm). A quick adjuster allows this to be done in a relatively short amount of time. The Eco-Drill is the only drill on the market to be able to direct drill at 5″ row spacing.

The MTD typically drills at 5″ row spacing although we are normally able to adjust this to suit users requirements.

The Zero Till drills a band of seed 77mm (3″) wide, which is firmed down by the press wheel. There is a gap of 173mm (6″) between bands. Wider row spacing than current ‘close spaced’ drills is essential to allow trash to pass through the drill. In trials, yields have been the same until row spacing exceeds 355mm (14″).

As Dale Drills are only cultivating and rolling the part of the ground where the seed is planted, with a 12mm wide tungsten carbide tip, and leaving the rest of the ground untouched, they only require 20hp/metre width to pull them.

Yes, the less cultivation of the soil, the fewer slugs are squashed. The trash on the surface also harbours slugs. Slug problems can be reduced by baling and removing straw, harrowing stubble to evenly distribute remaining straw and trash, and rolling after drilling. Slug pellets will probably need to be applied, especially at the crop emergence stage.

If you have a compaction problem, then remove that problem before drilling. Dale direct drills work well on level lifted ground, especially if it is rolled down before drilling.

A Controlled Traffic Farming system can be used to reduce the amount of compaction and therefore the need to cultivate. See our Controlled Traffic page for more information.

Direct drilling has the potential to save money on establishment costs, save moisture (we might need it one day!) and improve soil structure, by keeping the organic matter on the surface and increasing the population of earthworms. It is therefore well worth taking the trouble to make sure it works well.

We have put together these guidelines:

1. Fields that don’t have any compaction problems are in the correct state to direct drill. If the land does have compaction then level lift and roll prior to drilling.
2. Choose fields that don’t have severe grass weed problems. Grass weed seeds are better ploughed down and then the blackgrass can be sprayed out in the years before direct drilling.

Stubble Management

1. Use a chaff spreader on the combine.
2. Combine the field using wide headlands, to prevent thick deposits of  straw when turning.
3. Cut cereal stubble 150mm (6”) high or less, and if not baling, finely chop the straw and spread it as well as possible. Longer stubble tends to cause blockages in the drill and also shades the growing crop.

If the chopped straw has not been evenly spread then straight tooth harrow or use a straw rake on the stubble at an angle to the direction of combining, which spreads the straw evenly across the field, helps to break it up further, and may provide a very shallow surface tilth. It should also squash a proportion of the slug population, if present.

Drill Early
Have the direct drilling done as early as reasonably possible. Give the plants time to establish while the soil is warm so that they can grow through any straw mulch and away from slug pressure.

Increase the seed rates by 5-10%. We are after all doing much less to create an ideal seedbed, so it is understandable that slightly less seedlings will survive.

Put slug bait points down prior to drilling. If there is a slug problem, spread slug pellets at the same time as drilling, or mix pellets with the seed. I would only advise mixing pellets with the seed if the land is cloddy, and the drill has not completely firmed soil around the seed.

Roll after drilling, to put down any stones and firm the surface to help against slugs.

Check for slug activity approximately 1 week after drilling when the seedlings are just emerging. If required, apply half rate minislug pellets. The plants are at their most vulnerable at the seedling stage.

Weed Control
Spray off with Roundup pre drilling if you have weeds and volunteers emerged.
Alternatively use Roundup after drilling if you intend using a
pre-emerge spray, as many will mix satisfactorily.

Use this year’s tramlines for next year’s crop. They will still be visible, and provided they are not deeply rutted will be ideal for carrying the sprayer, as they tend to remain firm right through the autumn.

You should see far less weeds emerging in direct drilled crops, especially if you have chopped and spread the straw prior to drilling.

If you wish to use a soil acting herbicide, don’t be too concerned about straw residue on the surface. Most of the chemical will wash through the straw to the soil, and if the straw is very thick, the weeds cannot grow through it anyway.

You should expect a small yield increase from direct drilling, because of moisture conservation, better soil structure and a lower weed pressure, and on all but the very lightest soils you should save over £30/ac (110 euro/ha) on establishment costs. It is therefore well worth making sure direct drilling has every chance of succeeding.

Conditions for direct drilling need to be as follows:

1. Soil needs to be dry enough to crumble and form some tilth when tines pass through it.
2. Soil structure needs to be good.
3. Direct drilled crops are generally slower to grow; so direct drilling should be done early to give the crop more time.
4. Fertilizer applied at drilling will significantly improve crop establishment by promoting more rapid growth, and better root development.

The drill works on min-till or conventional seedbeds. Rolling the seedbed to make it firm before drilling is advisable to enable the drill to perform well. Adjustable pressure to the assembly rams on our drills allow for an appropriate amount of pressure to be set for the conditions.