Lader

Lader

Lader

Fonts from:

Families from:

€35

€190

Lader Standard

Lader Standard is the original and foundational subfamily in the Lader family, featuring open proportions, balanced spacing and distinctive rounded ovals. It represents the quintessential geometric grotesque, combining clarity with subtle warmth that makes it highly versatile. As the progenitor of the Lader family, it set the tone and style that inspired the subsequent subfamilies. With 18 styles from Thin to Black and matching italics, it suits a wide range of applications and scenarios where legibility and personality are equally important.

Lader Standard blends precise geometry with soft curves, giving it a balanced and approachable tone. It works equally well as a text typeface and as a confident display font, making it a dependable choice for editorial work, branding, packaging, and digital platforms, including web design, app interfaces, and UX/UI environments.

Equipped with a full set of OpenType features (such as stylistic alternates, ligatures, fractions, subscript, superscript, and many others) Lader Standard offers the typographic tools necessary for both expressive and practical design. It supports most Latin-based languages, including Vietnamese and others, ensuring broad language coverage with confidence and clarity.

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

Styles

18 Fonts

Characters

700+

Released

2024

Updated

July 2025

Designers

Eugene Tantsurin, Anna Remm

Version

2.000

Supported Languages

Supported Languages

Supported Languages

OpenType Features

OpenType Features

OpenType Features

Lader
400
100

Type Family

Thin

Thin

Thin Italic

Thin Italic

ExLight

ExLight

ExLight Italic

ExLight Italic

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

Microcosmic

223
Axes
Features
1.0
0.000

Microcosmic

223
Axes
Features
1.0
0.000

Microcosmic

223
Axes
Features
1.0
0.000

Groundwork

223
Axes
Features
1.0
0.000

Groundwork

223
Axes
Features
1.0
0.000

Groundwork

223
Axes
Features
1.0
0.000

Kettledrums

223
Axes
Features
1.0
0.000

Kettledrums

223
Axes
Features
1.0
0.000

Kettledrums

223
Axes
Features
1.0
0.000

Reflectance

223
Axes
Features
1.0
0.000

Reflectance

223
Axes
Features
1.0
0.000

Reflectance

223
Axes
Features
1.0
0.000

Obstructive

223
Axes
Features
1.0
0.000

Obstructive

223
Axes
Features
1.0
0.000

Obstructive

223
Axes
Features
1.0
0.000

Kinesthesia

223
Axes
Features
1.0
0.000

Kinesthesia

223
Axes
Features
1.0
0.000

Kinesthesia

223
Axes
Features
1.0
0.000

Hereabouts

223
Axes
Features
1.0
0.000

Hereabouts

223
Axes
Features
1.0
0.000

Hereabouts

50
Axes
Features
1.1
0.000

A clean and organized interface can make all the difference when it comes to user experience. By minimizing clutter and focusing on core features, designers can create streamlined interfaces that let users focus on what matters most.

24
Axes
Features
1.2
0.000

A clean and organized interface can make all the difference when it comes to user experience. By minimizing clutter and focusing on core features, designers can create streamlined interfaces that let users focus on what matters most.

50
Axes
Features
1.1
0.000

Designing for mobile devices requires a thoughtful approach to interface design. Mobile-first design principles emphasize simplicity and functionality, ensuring that features are accessible even on small and ultra small screens.

24
Axes
Features
1.2
0.000

Designing for mobile devices requires a thoughtful approach to interface design. Mobile-first design principles emphasize simplicity and functionality, ensuring that features are accessible even on small and ultra small screens.

25
Axes
Features
1.1
0.000

A bicycle’s aerodynamics are governed by the interaction between its slender frame, rotating wheels, and the rider’s body, which together determine overall drag and stability. The majority of aerodynamic resistance—typically 70–80%—originates from the rider rather than the bicycle itself, making body position and clothing key factors in performance. Airflow around the rider and frame generates a combination of pressure drag and skin friction, with additional vortices forming behind the legs, torso, and wheels. The rotating wheels introduce unsteady flow patterns and induce lift and side forces, particularly in crosswind conditions. Streamlined frame designs, deep-section rims, and optimized handlebar geometries reduce flow separation and minimize turbulence, improving efficiency. Computational fluid dynamics (CFD) and wind tunnel testing are used to analyze these effects and refine components for minimal drag while maintaining stability and control. Effective bicycle aerodynamic design therefore relies on integrating the rider and machine into a unified, low-drag system optimized for real-world yaw angles and dynamic motion.

Glyph Map

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