6.3-8.2 metre working width compactors for intensive work in difficult conditions
Rumbler Max 630-820 compactors for intensive work
Sturdy frame construction - MULTIVA quality built to last.
The Rumbler MAX is built to last. The robust frame construction and high quality materials ensure durability and excellent performance.
The TerraRoll ring discs with an aggressive profile and a large diameter of 620 mm ensure an even soil compaction and cultivation effect. The hydraulic weight transfer system of the side sections guarantees soil compaction in a wide range of working conditions.

Highlights of the Rumbler Max 630-820 packer
Robust and durable frame construction

The robust frame construction made of high-quality steel and reinforced structural elements allow the Rumbler MAX to work reliably under heavy loads. TerraRoll ring discs and a 60 mm diameter roller axle made of special steel ensure durability and stable operation, even under difficult outdoor conditions.
Efficient levelling and shredding at the front

The hydraulic front levelling board, available as an option, ensures intensive soil clod breaking with the aggressive Multiva Dual Blade coulters. The full-width blades allow for even more efficient pushing and even distribution of the soil over the entire working width.
5-year warranty for TerraRoll ring discs

The 620 mm diameter TerraRoll ring discs with their aggressive profile and high mass ensure efficient soil shredding and even pre-sowing compaction. The robust 10-spoke construction made of GJL-250 material guarantees high load-bearing capacity and reliable operation under difficult field conditions. The ring discs are guaranteed against breakage for up to 5 years under intensive working conditions.
Even soil compaction under all conditions

The hydraulic weight transfer system allows precise pressure distribution to the side sections and maintains even soil compression over the entire working width. The central attachment of the side sections allows them to follow the exact contours of the soil surface and adapt to uneven terrain.
High quality and efficient work
- 620 mm Cambridge ring discs, 10 spokes, GJL-250.
- Lighting.
- Large and sturdy stone boxes.
- Hydraulic weight distribution system.
- Large 400 mm wheels (630-820).
- The ring discs come with a 5-year warranty against breakage under intensive working conditions.
- Ideal for soil compaction before or after sowing, seedbed preparation, reseeding meadows and pastures, intercropping.
- A hydraulic front levelling board is available as an option.

High quality steel materials, solid construction and a hard-wearing surface finish ensure long service life and the long-term value of the product. Multiva TerraRoll Roller Rings are tested for durability and their multi-support design ensures this. Sturdy 60 mm diameter the roller axle, made of special steel, can withstand heavy loads even in difficult conditions, such as when stones are pressed into the soil or when ploughing. Rumbler MAX is supplied with Multiva TerraRoll ring discswith an aggressive profile and high 620 mm in diameterfor high quality work in the field. The aggressive profile of the ring disc in particular Effectively shreds the soilproviding significant benefits for seedbed preparation and pre-sowing soil compaction. The large diameter annular disc is characterised by large masseswhich ensures an even compression effect, and Wavy profile guarantees a smooth ride in all working conditions. Multiva TerraRoll ring discs also feature a high high durability. Manufactured to stringent quality requirements and with a dense 10 spoke supports design, the ring discs are tested and proven to withstand even the toughest outdoor conditions. As a result, the ring discs are even 5 years spare parts Guarantee.
The Rumbler MAX range features hydraulic weight transfer system to side sections. The system comes complete with a pressure accumulator that provides stable and even soil compaction over the entire working width, even in hilly or rugged terrain. The Rumbler MAX features a frame design that side sections is fixed at the centre. This allows the side sections track accurately soil surface contours in rough terrainfor an even soil compaction and rolling effect over the entire width of the roller. The roller comes as standard with large 400/60-15.5 on transport wheels. Large tyres ensure safe transportation on roads and reduces unwanted soil compaction when driving into the field.Designed for long life
Multiva TerraRoll ring discs
Hydraulic weight transfer system for side sections
Side sections with central fixing
Large transport wheels
Large, heavy-duty ring discs
Efficient front ironing board (optional equipment)
Heavy frame construction
Sturdy construction
Hydraulic weight transfer system
Connecting side sections
Large transport wheels 400 mm transport wheels. Stone boxes Large and robust stone boxes with massive construction.
| Rumbler MAX | 630 | 820 |
|---|---|---|
| Working width, mm | 6 300 | 8 200 |
| Number of sections, pcs | 3 | 3 |
| Cambridge ring disc diameter, mm | 620 | 620 |
| Axis of ring discs, mm | 60 | 60 |
| Transport width, mm | 2 500 | 2 500 |
| Tyre dimensions | 400/60-15.5 | 400/60-15.5 |
| Minimum tractor power, HP | 80-100 | 100-120 |
| Weight, kg | 4 200 | 5 100 |
Finnish Agricultural Machinery Factory Dometal Oy's, founded in 1997, produces high-quality, efficient cultivators MULTIVA, adapted to modern farms, paying special attention to product quality, productivity, durability and cost-effectiveness.
MULTIVA Cultivators are a highly advantageous cultivation technology when working in difficult conditions. High-quality cultivators create smooth seedbeds and field surfaces with as few passes as possible.
Even seedbeds are especially important when using standard seed drills. Uneven seedbeds cause problems when using minimal tillage and direct seed drills, as they create uneven seeding depths.
Cultivators are manufactured with the utmost attention to cultivation characteristics, penetration and user comfort.
High-strength steel is used for the production of cultivators – 600 -700 N/mm2.























