Not a new brick. A new engineering system for building monolithic walls with a finished architectural surface.

Precision-manufactured elements remain part of the finished wall and simultaneously serve as permanent formwork.

BrickSpike integrates the load-bearing monolithic reinforced-concrete structure, thermal insulation and architectural finish into a single construction process.

The sequence is easy for workers to follow and can be formalized for robotic assembly.

02 Lower profile

01 Upper profile

Guide tongue height, mm

Standard element dimensions, mm

The tongue and lower groove define the relative position of the elements. Each course is assembled without adhesive or masonry mortar.

5

240 x 120 x 70

Dry assembly instead of wet construction

Robotic Assembly

Unified Joint

Manual Assembly

Repeatable geometry, dry connections, and a defined sequence of operations form the basis for automation.

Technology for people and robots

Precise assembly geometry

TRAVERTINE

LIMESTONE

MARBLE

GRANITE

* Polished surfaces and natural textures are available.

Marble, granite, limestone and travertine screenings turn the permanent-formwork element into a finished architectural surface.

Architecture begins with the material

From barbecue areas and fences to detached houses, industrial buildings and high-rises—all can use the same BrickSpike system.

One system. Different scales.

Comparison with other wall technologies

Preliminary calculation model. For BrickSpike, the value of 4.60 m²·K/W is calculated for a homogeneous section with 120 mm of rigid polyurethane foam at λ = 0.028 W/(m·K). The overall thermal resistance requires verification accounting for ties and concrete transverse ribs. Material and service prices are based on 2026 price levels.

Four measurable indicators present the working economic model without turning the public page into a technical report.

Compare the finished wall, not a single block

®

BrickSpike

Reinforced Concrete

Expanded-clay concrete

Double-size brick

Aerated concrete D500

Insulating ceramic block

Insulated Wall System

≈280

≈9

4,60

360

≈450

≈18

3,78

380

≈440

≈27

3,17

500

≈465

≈30

3,09

350

≈415

≈68

4,34

400

≈480

≈26

5,02

380

Estimated Cost per m², USD

Wall Construction and Finishing, days

Thermal Resistance, m²·K/W

Finished Wall Thickness, mm

Estimated Cost per m², USD

Wall Construction and Finishing, days

Thermal Resistance, m²·K/W

Finished Wall Thickness, mm

Estimated Cost per m², USD

Wall Construction and Finishing, days

Thermal Resistance, m²·K/W

Finished Wall Thickness, mm

Estimated Cost per m², USD

Wall Construction and Finishing, days

Thermal Resistance, m²·K/W

Finished Wall Thickness, mm

Estimated Cost per m², USD

Wall Construction and Finishing, days

Thermal Resistance, m²·K/W

Finished Wall Thickness, mm

Estimated Cost per m², USD

Wall Construction and Finishing, days

Thermal Resistance, m²·K/W

Finished Wall Thickness, mm

≈280 $

Estimated Cost per m²

≈9 days

Wall Construction and Finishing

4,60

Thermal Resistance, m²·K/W

360 mm

Finished Wall Thickness

* Parameters for each project must be confirmed by engineering calculations, production trials and testing.

From patents and certification to a pilot project

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BrickSpike welcomes cooperation with manufacturers, design organizations, engineering companies and strategic partners.

Let’s build the next stage together

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© 2026 BrickSpike®

Building the Future in One Technological Cycle.