Lader Wide

Lader Wide

Lader Wide

Fonts from:

Families from:

€35

€190

Lader Wide

Lader Wide is the second widest subfamily in the Lader family, featuring expanded proportions and looser spacing that create a confident, display-oriented look. With 18 styles ranging from Thin to Black and matching italics, it strikes a balance between generous width and everyday usability; it's bold and distinctive without feeling exaggerated or cumbersome. Lader Wide combines Lader's classic geometric precision with subtle humanist touches, adding warmth and personality to its clean, structured shapes. This makes it versatile enough to serve both expressive headlines and readable text in digital or print environments.

Designed to work seamlessly with other fonts in the Lader family or as a standalone typeface, Lader Wide brings a fresh, open feel to any project. Its generous letterforms and airy spacing make it particularly effective for branding, editorial design, web, posters, and large-format applications where strong visual impact and legibility are essential.

Equipped with a full set of OpenType features—including stylistic alternates, ligatures, fractions, subscripts, and superscripts—Lader Wide provides the typographic flexibility needed for creative and functional design alike. It supports most over 150 languages, including most Latin-based languages and Vietnamese, while maintaining its clear and neutral character.

See other Lader subfamilies:
Lader Condensed, Lader Compact, Lader Standard, Lader Extended

Styles

18 Styles

Characters

700+

Released

2025

Updated

July 2025

Designers

Eugene Tantsurin, Anna Remm

Version

2.000

Supported Languages

Supported Languages

Supported Languages

OpenType Features

OpenType Features

OpenType Features

Lader Wide
400
100

Type Family

Thin

Thin

Thin Italic

Thin Italic

ExLight

ExLight

ExLight Italic

ExLight Italic

Light

Light

Light Italic

Light Italic

Regular

Regular

Regular Italic

Regular Italic

Medium

Medium

Medium Italic

Medium Italic

SemiBold

SemiBold

SemiBold Italic

SemiBold Italic

Bold

Bold

Bold Italic

Bold Italic

ExBold

ExBold

ExBold Italic

ExBold Italic

Black

Black

Black Italic

Black Italic

Type Testers

223
Axes
Features
1.0
0.000

Roundabout

223
Axes
Features
1.0
0.000

Roundabout

223
Axes
Features
1.0
0.000

Roundabout

223
Axes
Features
1.0
0.000

Greyhounds

223
Axes
Features
1.0
0.000

Greyhounds

223
Axes
Features
1.0
0.000

Greyhounds

223
Axes
Features
1.0
0.000

Spotlighting

223
Axes
Features
1.0
0.000

Spotlighting

223
Axes
Features
1.0
0.000

Spotlighting

223
Axes
Features
1.0
0.000

Windstorms

223
Axes
Features
1.0
0.000

Windstorms

223
Axes
Features
1.0
0.000

Windstorms

223
Axes
Features
1.0
0.000

Circularizes

223
Axes
Features
1.0
0.000

Circularizes

223
Axes
Features
1.0
0.000

Circularizes

223
Axes
Features
1.0
0.000

Kilimanjaro

223
Axes
Features
1.0
0.000

Kilimanjaro

223
Axes
Features
1.0
0.000

Kilimanjaro

70
Axes
Features
1.1
0.000

It uses lightweight alloys, high-strength fibers, and ergonomic designs to improve performance while reducing fatigue. Ropes, harnesses, and protection devices work to provide safety on indoor climbing routes.

24
Axes
Features
1.2
0.000

It uses lightweight alloys, high-strength fibers, and ergonomic designs to improve performance while reducing fatigue. Ropes, harnesses, and protection devices work to provide safety on indoor climbing routes.

70
Axes
Features
1.1
0.000

They come featuring alloys for low weight, steel for high wear resistance, and titanium for strength-to-weight applications, as they are shaped and treated to meet the requirements of modern climbing equipment.

24
Axes
Features
1.2
0.000

They come featuring alloys for low weight, steel for high wear resistance, and titanium for strength-to-weight applications, as they are shaped and treated to meet the requirements of modern climbing equipment.

30
Axes
Features
1.1
0.000

Modern alloys are engineered materials created by combining metals with selected elements to achieve properties that surpass those of their base components. Their performance is governed by the interaction between atomic structure, grain boundaries, and controlled impurity levels, which together determine strength, toughness, and resistance to environmental stress. High-strength aluminum alloys balance low weight with structural rigidity, making them essential in aerospace and automotive applications. Titanium alloys provide exceptional corrosion resistance and biocompatibility, while nickel-based superalloys maintain stability at extreme temperatures in turbine engines. Microalloyed steels use trace elements like niobium and vanadium to refine grain size and improve durability without sacrificing formability. Through precise heat treatment and thermomechanical processing, modern alloys can be customized for specific mechanical and thermal demands, enabling advances in engineering that were previously unattainable.

Glyph Map

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Font Formats

.otf

.woff

.woff2

License Terms

• All licenses are perpetual.
• Full Family includes all styles plus the Variable Font.
• A license is required for personal and commercial use.

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