Pronto 10 - 12 NT

Strip seedbed preparation

Working width

10,4 - 12,0 m

Transport width

4,3 m

Row spacing

20 cm

Hopper capacity double hopper

12000 L

Pronto 10 - 12 NT

With the well-proven TurboDisc seed coulter, the Pronto NT allows for mulch and direct seeding The ondulated/cutting discs cut organic material and cultivate the soil only in the seed rows.

Precise seed placement – for only a perfectly placed grain achieves top yields

High seeding speed – as the optimum time for seeding is limited.

Tolerance with regard to the condition of the seedbed – as flexibility in tillage saves money

Ondulated discs pre-cut the seed row in a targeted way and remove harvest residues, rough structures or dry soil from the immediate seed area.

Can be individually ballasted for an optimum adaption to the conditions of the site

Universal seeding technology for all conditions

Precise seed placement – for only the seed that is correctly placed achieves top yields.
High seeding speed – as the optimum time for seeding is limited.
Tolerance with regard to the condition of the seedbed – as flexibility in tillage saves money
Ondulated discs pre-cut the seed row in a targeted way and remove harvest residues, rough structures or dry soil from the immediate seed area.

Front tool ondulated disc

• Targeted preparation of the seed strip

• Loosening of the surface and production of enough fine soil for an optimum embedding of the seed

• Removal of harvest residues and plant material from the seed strip

• High operational reliability even in the most difficult conditions due to a high pressure of up to 200 kg per ondulated disc

The **ondulated discs** provide targeted seed strip preparation by loosening the surface to produce fine soil and clearing harvest residues for optimal seed embedding. Engineered for high reliability in demanding conditions, they feature maintenance-free bearings and a rubber torsion suspension that minimizes wear while applying up to 200 kg of pressure per disc. Additionally, an integrated overload protection system allows discs to move independently, acting as a shock absorber to protect the main frame from mechanical stress.

Ondulated disc Ripple Ø 17 Yetter – 15mm wide – recommended on medium and heavy soils

Ondulated disc 13x undulated Ø 18 – 30 mm wide – recommended on light soils

Ondulated disc 25x undulated Ø18 – 20 mm wide – ideal on light soils

Loosening of the surface and production of enough fine soil for an optimum embedding of the seed

Removal of harvest residues and plant material from the seed strip

TurboDisc seed coulter

• Double disc coulter

• Creates a precise seed furrow

• Press wheel controlled (5 cm or 7.5 cm wide)

• Uniformer prevents the grains from bouncing

• Inside scraper prevents blocking and clogging of the coulters

• Coulter pressure up to 125 kg via rubber torsion

• Designed for precise seed placement at high operational speeds

• Allows for an even and safe emergence

The HORSCH TurboDisc double disc coulter ensures rapid, uniform emergence by maintaining precise seed-to-soil contact at speeds up to 20 km/h. Its press wheel-controlled design follows soil contours independently of pressure settings, while an integrated **Uniformer** secures each seed at the furrow's base. Featuring maintenance-free rubber bearings that provide up to 125 kg of pressure and stone protection, the system also utilizes carbide-coated scrapers to prevent clogging in wet conditions, guaranteeing consistent placement depth across various terrains.

5 cm wide press wheel – ideal on medium and heavy soils

7.5 cm wide press wheel – ideal on light soils

The movable scraper ensures a high self-cleaning effect in wet conditions

The HORSCH Uniformer ensures a precise fixing of the seed

The straight harrow - TurboDisc seed coulter harrow is controlled individually for a more efficient tillage

HORSCH TurboDisc seed coulter

Fall tube position in front of the mounting and moving inside scraper prevent blockage of the coulters in wet sowing conditions

Double hopper Grain & Fertiliser

• Both components are metered separately and are transported together via the distribution tower or the distribution towers into the seed coulter.

• The G & F system double hopper system allows for simultaneously applying seed and fertiliser as contact fertilisation.

• The fertiliser is immediately available to the young plant and thus contributes to a quick early growth. This system should only be used in appropriate climatic conditions and with the assistance of a crop production consultant.

• Not only seed and fertiliser, but also 2 different seeds can be transported, metered and sown separately.

The G & F system double hopper system allows for simultaneously applying seed and fertiliser as contact fertilisation. Both metering devices meter into one common distribution tower. Seed and fertiliser are thus placed together in one furrow. The fertiliser is immediately available to the young plant and thus contributes to a quick early growth. This system should only be used in appropriate climatic conditions and with the assistance of a crop production consultant. Not only seed and fertiliser, but also 2 different seeds can be transported, metered and sown separately.

Both components are metered separately and are transported together via the distribution tower or the distribution towers into the seed coulter.

Not only seed and fertiliser, but also 2 different seeds can be transported, metered and sown separately.

The G & F double hopper system allows for simultaneously applying seed and fertiliser as a contact fertilisation.

HORSCH metering system / HORSCH rotors

• Exact application

• Optimum seed distribution

• HORSCH rotor selection – find the optimum rotor for your machine quickly and easily

• Depending on the components, seed rate and operational speed, various options can be selected

• Easily accessible

• Rotor shafts can be replaced without any tools

HORSCH metering systems offer maximum flexibility through a range of interchangeable rotors tailored to specific seed rates, speeds, and machine configurations. For drills with double drop tubes, specialized rotors enable precise distribution and half-width shut-off, while an integrated valve system allows for quick rotor swaps without emptying the hopper. To ensure accuracy, HORSCH provides a rotor selection server for guidance, though a calibration test is always recommended to guarantee an optimum seed rate across the entire working width.

Tyre packer and TurboDisc seed coulters

Targeted and even levelling and consolidation in front of each seed coulter

Low horsepower requirement due to large tyre diameter and no scrapers required

Straight tyre profile increases consolidation in the consolidation area

Efficient consolidation below the seed horizon for better water distribution towards the seeds

Single Width 12000/3

• Hopper capacity 12 000 l

• Double hopper a partition of 6 000 l : 6 000 l or triple tank with a partition of 4 000 l : 2 000 l : 6 000 l

• Reduction of filling stops due to the large hopper capacity

• Application of fertiliser and seed

• High work rate

• Large tyres reduce compaction

The **HORSCH SW seed wagon** series offers a high-capacity, flexible solution for transporting seed and fertilizer, featuring large tires for maximum soil protection and a versatile interface compatible with nearly any mounted implement. Available in triple-tank or corrosion-resistant liquid fertilizer versions (ranging from 4,000 to 6,000 liters), the system emphasizes user-friendliness through intuitive controls, clear level indicators, and a maintenance-friendly design. This sophisticated yet simple engineering ensures high-efficiency application for large-scale operations across diverse farming environments.

Pronto 9 NT with 5 000 l double hopper

The G&F double hopper system allows for metering two components separately and applying them together.

Double hopper Grain & Fertiliser - combined placement of two components via the TurboDisc seed coulter

Liquid fertiliser

• Option for liquid fertiliser in the second or third hopper

• Can be combined with tine or fertiliser disc systems at the Sprinter 15 NT, Pronto SW, or Pronto NT

• Unnecessary losses are avoided due to direct application into the soil

• Easy and clear operation

With the HORSCH seed wagons, depending on the series, it is possible to carry liquids in the second or third hopper and to meter them precisely. The liquid fertiliser is applied into the soil either at the tines or the fertiliser discs on the Sprinter 15 NT, the Pronto SW or a Pronto NT. The direct application into the soil prevents unnecessary losses.

Easy and clear control elements

Can be combined with tine or fertiliser disc systems at the Sprinter 15 NT, Pronto SW, or Pronto NT

Option for two additional components like solid fertiliser and seed in the second and third hopper

Oil cooler

• Heats up the airflow in the pneumatic system

• Maintains the flowability of fertiliser in wet conditions, e.g. dew in the morning, for a longer period

• Lowers the oil temperature in the system and relieves the tractor's oil cooler

The optional oil cooler at the hydraulic fan heats up the air flow in the pneumatic system. This lowers the oil temperature in the system and relieves the tractor's oil cooler. Another very important advantage is that it maintains the flowability of the fertiliser in wet conditions, e.g. dew in the evening.

Oil cooling on the hydraulic fan – heats the air flow in the pneumatic system

Lowers the oil temperature in the system and relieves the tractor's oil cooler

Maintains the flowability of the fertiliser in wet conditions, like dew in the morning

Can be unfolded without tools for optimised accessibility in case of service

Fertiliser and seed flow control

• For a complete monitoring of the seed and fertiliser hoses

• Warning if a pneumatic hose is blocked

• Sowing errors are avoided

• Monitoring of the pneumatic flow at the distribution tower

The fertiliser and seed flow control is a reasonable electronic solution to prevent sowing errors. The sensors control the flow directly behind the distribution tower and detect blockages. Thus, the individual pneumatic hoses are monitored and within seconds you get a notification in the terminal – both acoustic and visual.

Fertiliser and seed flow control – for a permanent monitoring of the seed and fertiliser hoses

Monitoring of the pneumatic flow at the distribution tower

Pre-emergence marker

• Fully automatic control via the tramline rhythm

• The aggressiveness of the pre-emergence marker is adjusted via a depth stop.

• Mounted directly on the seed coulter, precise depth control via the press wheel

• Easy activation and deactivation of the pre-emergence marker via ISOBUS

The pre-emergence markers are recommended for crops that require maintenance measures before the laid tramlines become visible. They are controlled fully automatically via the tramline rhythm of the terminal. The mounting on the seed coulter allows for a precise depth control via the press wheel. The aggressiveness of the pre-emergence marker is adjusted via a depth stop.

The aggressiveness of the pre-emergence marker is adjusted via a depth stop

HorschConnect

• Digital solutions exactly where they make sense

• Straightforward out-of-the-box solution with already integrated SIM card, Wi-Fi modem and other interfaces

• HorschConnect Telematics to document the performance of the machine

• HorschConnect Telematics for complete transparency of the working quality, e.g. the application rate of all components

• Targeted and proactive service by remote access to error messages

• Control of machine functions via the smartphone app HORSCH Control: e.g. carrying out nozzle tests for individual sections

Prepare today for tomorrow. Easily control various machine functions via the HORSCH Control app – your smartphone complements the terminal! Gain comprehensive, transparent insight into work rate and work quality with HorschConnect Telematics.

With HorschConnect, telemetry solutions are making their way into the sectors seeding and crop care - exactly where they make sense

The HORSCH Control app allows for controlling individual machine functions - comfortably with a smartphone

Success factor transparency: position-specific data of all relevant information like error messages, application rate, nozzle status or target area spacing

With the field boundaries import all data can be analysed over the season – even in a site-specific way

HorschConnect

The HORSCH Control app allows for controlling individual machine functions - comfortably with a smartphone

eosT10/eosT10 Pro

• High-resolution 10" terminal for controlling all ISOBUS devices according to ISO 11783

• Reliable and powerful: high-performance hardware combined with intuitive, user-friendly operation in day or night mode

• Various layout options allow for a simultaneous display of several applications – for an optimum overview.

• Straightforward transfer of application maps with the wireless task data exchange

• A real-time transmission of the terminal display via Remote Support facilitates the technical support.

Due to the high resolution and the well-thought-out user navigation, even complex machine functions can be operated comfortably. The high efficiency and the large (working) memory allow for a smooth handling of large data quantities or application maps. In addition to the traditional import resp. export of data via a USB flash drive, the transfer can also take place easily and comfortably online directly between the PC and the terminal.

Due to its high resolution, the eosT10 offers a state-of-the-art user experience for all ISOBUS-compliant machines.

Due to the WIFI interface, field boundaries, application maps or order data can be exchanged directly between PC and terminal.

The lean design of the 10" display allows for perfect integration into any tractor cabin.

eosT10 – robust hardware with diverse interfaces

In portrait mode, two applications can be optimally displayed and operated.

By displaying up to 3 widgets in addition to the main working screen, the user can keep track of several applications at the same time.

TECHNICAL SPECIFICATIONS

Working width

10,40 m

Transport width

4,30 m

Transport height cpl. without/with bout marker

4,05 / 4,34 m

Length cpl. without/with PPF system

11,40 / 12,00 m

Weight without/with SW 12000 SD

9680 / 13150 kg

Hopper capacity double hopper

12000 (50 : 50) l

Feed opening double hopper

per 0.99 x 0.72 m

Filling height double hopper

3,40 m

Number of PPF coulters

Coulter pressure PPF coulters

up to max. 250 kg

Number of seed coulters

52 Piece

coulter pressure

5 - 125 kg

Seed coulters/press wheels Ø

34 / 32 cm

Row spacing seed coulters/PP/F coulters

20 / 40 cm

Cutting disc system Ø

46 / 18 cm/inch

Tyre size SW

650/65 R 38 (optional 900/60 R 32 or twin tyres 20.8 R 42)

Tyre size transport wheels rear

400 / 60 - 15.5

Operational speed

10 - 20 km/h

Horsepower requirement

191 - 208 / 260 - 310 kW/hp

DA control devices

Depressurized return flow (max. 5 bar)

Oil quantity hydraulic fan

Implement attachment adjustable drawbar

Pin Ø 50 - 55 a. 60 - 70 mm

Implement attachment ball head

K 80

Working width

12,00 m

Transport width

4,30 m

Transport height cpl. without/with bout marker

4,95 / 5,20 m

Length cpl. without/with PPF system

11,20 / 11,80 m

Weight without/with SW 12000 SD

10370 / 13840 kg

Hopper capacity double hopper

12000 (50 : 50) l

Feed opening double hopper

per 0.99 x 0.72 m

Filling height double hopper

3,40 m

Number of PPF coulters

Coulter pressure PPF coulters

up to max. 250 kg

Number of seed coulters

60 Piece

coulter pressure

5 - 125 kg

Seed coulters/press wheels Ø

34 / 32 cm

Row spacing seed coulters/PP/F coulters

20 / 40 cm

Cutting disc system Ø

46 / 18 cm/inch

Tyre size SW

650/65 R 38 (optional 900/60 R 32 or twin tyres 20.8 R 42)

Tyre size transport wheels rear

400 / 60 - 15.5

Operational speed

10 - 20 km/h

Horsepower requirement

205 - 240 / 280 -330 kW/hp

DA control devices

Depressurized return flow (max. 5 bar)

Oil quantity hydraulic fan

Implement attachment adjustable drawbar

Pin Ø 50 - 55 a. 60 - 70 mm

Implement attachment ball head

K 80