diff --git a/addons/material_maker/nodes/shard_fbm.mmg b/addons/material_maker/nodes/shard_fbm.mmg
new file mode 100644
index 000000000..925ce540a
--- /dev/null
+++ b/addons/material_maker/nodes/shard_fbm.mmg
@@ -0,0 +1,190 @@
+{
+	"name": "shard_fbm",
+	"node_position": {
+		"x": 0,
+		"y": 0
+	},
+	"parameters": {
+		"folds": 0,
+		"iter": 4,
+		"off": 0,
+		"per": 0.5,
+		"sharp": 0.7,
+		"sx": 7,
+		"sy": 7
+	},
+	"seed_int": 0,
+	"shader_model": {
+		"code": "",
+		"global": [
+			"// Adapted from https://www.shadertoy.com/view/dlKyWw by @ENDESGA",
+			"",
+			"vec3 hash(vec3 p)",
+			"{",
+			"\tp = vec3(dot(p, vec3(127.1, 311.7, 74.7)), dot(p, vec3(269.5,183.3,246.1)), dot(p, vec3(113.5, 271.9, 124.6)));",
+			"\tp = fract(sin(p) * 43758.5453123);",
+			"\treturn p;",
+			"}",
+			"",
+			"float shard_noise(vec3 p, vec3 size, float sharpness, float seed) {",
+			"\tvec3 ip = floor(p);",
+			"\tvec3 fp = fract(p);",
+			"",
+			"\tfloat v = 0.0, t = 0.0;",
+			"\t",
+			"\tfor (int z = -1; z <= 1; z++) {",
+			"\t\tfor (int y = -2; y <= 2; y++) {",
+			"\t\t\tfor (int x = -2; x <= 2; x++) {",
+			"\t\t\t",
+			"\t\t\t\tvec3 o = vec3(float(x), float(y), float(z));",
+			"\t\t\t\tvec3 io = mod(ip + o, size);",
+			"\t\t\t\tvec3 h = hash(io + seed);",
+			"\t\t\t\tvec3 r = fp - (o + h);",
+			"",
+			"\t\t\t\tfloat w = exp2(-6.283185*dot(r, r));",
+			"\t\t\t\t// tanh deconstruction and optimization by @Xor",
+			"\t\t\t\tfloat s = sharpness * dot(r, hash(io + vec3(11, 31, 47)) - 0.5);",
+			"\t\t\t\tv += w * s*inversesqrt(1.0+s*s);",
+			"\t\t\t\tt += w;",
+			"\t\t\t}",
+			"\t\t}",
+			"\t}",
+			"\treturn ((v / t) * 0.5) + 0.5;",
+			"}",
+			"",
+			"float fbm_shard(vec3 coord, vec3 size, int folds, int octaves, float persistence, float sharpness, float seed) {",
+			"\tfloat normalize_factor = 0.0;",
+			"\tfloat value = 0.0;",
+			"\tfloat scale = 1.0;",
+			"\tfor (int i = 0; i < octaves; i++) {",
+			"\t\tfloat noise = shard_noise(coord*size, size, sharpness, seed);",
+			"\t\tfor (int f = 0; f < folds; ++f) {",
+			"\t\t\tnoise = abs(2.0*noise-1.0);",
+			"\t\t}",
+			"\t\tvalue += noise * scale;",
+			"\t\tnormalize_factor += scale;",
+			"\t\tsize *= 2.0;",
+			"\t\tscale *= persistence;",
+			"\t}",
+			"\treturn value / normalize_factor;",
+			"}"
+		],
+		"inputs": [
+			{
+				"default": "$sharp",
+				"label": "1:",
+				"longdesc": "Map that affects the sharpness parameter",
+				"name": "sharp_in",
+				"shortdesc": "Sharpness Map",
+				"type": "f"
+			},
+			{
+				"default": "$off",
+				"label": "7:",
+				"longdesc": "An optional input to drive the offset",
+				"name": "offset_in",
+				"shortdesc": "Offset Input",
+				"type": "f"
+			}
+		],
+		"instance": "",
+		"longdesc": "Generates noise made of several octaves of shard noise",
+		"name": "Shard FBM Noise",
+		"outputs": [
+			{
+				"f": "fbm_shard(vec3($uv,$offset_in($uv)),vec3($sx,$sy,1.0),int($folds),int($iter),$per,pow(2,$sharp_in($uv)*$sharp*8.0),$seed)",
+				"longdesc": "Greyscale image of the generated noise",
+				"shortdesc": "Output",
+				"type": "f"
+			}
+		],
+		"parameters": [
+			{
+				"control": "None",
+				"default": 0.7,
+				"label": "Sharpness",
+				"longdesc": "Sharpness of the noise",
+				"max": 1,
+				"min": 0,
+				"name": "sharp",
+				"shortdesc": "Sharpness",
+				"step": 0.01,
+				"type": "float"
+			},
+			{
+				"control": "None",
+				"default": 7,
+				"label": "Scale X",
+				"longdesc": "Scale of the first octave along the X axis",
+				"max": 32,
+				"min": 1,
+				"name": "sx",
+				"shortdesc": "Scale.x",
+				"step": 1,
+				"type": "float"
+			},
+			{
+				"control": "None",
+				"default": 7,
+				"label": "Scale Y",
+				"longdesc": "Scale of the first octave along the Y axis",
+				"max": 32,
+				"min": 1,
+				"name": "sy",
+				"shortdesc": "Scale.y",
+				"step": 1,
+				"type": "float"
+			},
+			{
+				"control": "None",
+				"default": 0,
+				"label": "Folds",
+				"longdesc": "Number of times the noise is folded",
+				"max": 5,
+				"min": 0,
+				"name": "folds",
+				"shortdesc": "Folds",
+				"step": 1,
+				"type": "float"
+			},
+			{
+				"control": "None",
+				"default": 4,
+				"label": "Iterations",
+				"longdesc": "Number of noise octaves",
+				"max": 8,
+				"min": 1,
+				"name": "iter",
+				"shortdesc": "Octaves",
+				"step": 1,
+				"type": "float"
+			},
+			{
+				"control": "None",
+				"default": 0.5,
+				"label": "Persistence",
+				"longdesc": "Persistence between two consecutive octaves",
+				"max": 1,
+				"min": 0,
+				"name": "per",
+				"shortdesc": "Persistence",
+				"step": 0.01,
+				"type": "float"
+			},
+			{
+				"control": "None",
+				"default": 0,
+				"label": "Offset",
+				"longdesc": "Offsets the points of the noise, can be used to animate the noise with \"$time\"",
+				"max": 1,
+				"min": 0,
+				"name": "off",
+				"shortdesc": "Offset",
+				"step": 0.01,
+				"type": "float"
+			}
+		],
+		"shortdesc": "Fractional Brownian Motion Noise"
+	},
+	"type": "shader"
+}
\ No newline at end of file
diff --git a/material_maker/doc/images/node_noise_shard_fbm.png b/material_maker/doc/images/node_noise_shard_fbm.png
new file mode 100644
index 000000000..fd9048037
Binary files /dev/null and b/material_maker/doc/images/node_noise_shard_fbm.png differ
diff --git a/material_maker/doc/images/node_noise_shard_fbm_sample.png b/material_maker/doc/images/node_noise_shard_fbm_sample.png
new file mode 100644
index 000000000..43e5441c8
Binary files /dev/null and b/material_maker/doc/images/node_noise_shard_fbm_sample.png differ
diff --git a/material_maker/doc/node_noise_shard_fbm.rst b/material_maker/doc/node_noise_shard_fbm.rst
new file mode 100644
index 000000000..a451d0a95
--- /dev/null
+++ b/material_maker/doc/node_noise_shard_fbm.rst
@@ -0,0 +1,37 @@
+Shard FBM Noise node
+~~~~~~~~~~~~~~~~~~~~
+
+The **Shard FBM Noise** node outputs a fractional Brownian motion texture.
+FBM is obtained by repeating a noise pattern with smaller and smaller details.
+
+.. image:: images/node_noise_shard_fbm.png
+	:align: center
+
+Inputs
+++++++
+
+The **Shard FBM Noise** node accepts two inputs, the **Offset Input** to optionally
+drive the **Offset** value with an input and a **Sharpness Map** which affects the sharpness parameter.
+
+Outputs
++++++++
+
+The **Shard FBM Noise** node provides a greyscale noise texture.
+
+Parameters
+++++++++++
+
+The Shard FBM Noise node accepts the following parameters:
+
+* *Sharpness* of the noise
+* *X* and *Y* scale of the first octave noise
+* Number of *Folds* (offsetting the noise negatively and taking the absolute value)
+* Number of *Iterations*
+* *Persistance*, i.e. the strength of each subsequent iteration
+* *Offset* of the points, can be used to animate the noise
+
+Example images
+++++++++++++++
+
+.. image:: images/node_noise_shard_fbm_sample.png
+	:align: center
diff --git a/material_maker/doc/nodes_noise.rst b/material_maker/doc/nodes_noise.rst
index 96d671fb0..e2d8ab549 100644
--- a/material_maker/doc/nodes_noise.rst
+++ b/material_maker/doc/nodes_noise.rst
@@ -14,6 +14,7 @@ made from random patterns.
 	node_noise_voronoi
 	node_noise_voronoi_triangle
 	node_noise_fbm
+	node_noise_shard_fbm
 	node_noise_anisotropic
 	node_noise_wavelet
 	node_noise_crystal
diff --git a/material_maker/library/base.json b/material_maker/library/base.json
index 0f8bd039a..eabe435b2 100644
--- a/material_maker/library/base.json
+++ b/material_maker/library/base.json
@@ -7275,6 +7275,23 @@
 			"tree_item": "Miscellaneous/Mesh Map",
 			"type": "meshmap"
 		},
+		{
+			"icon_data":"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",
+			"name": "shard_fbm",
+			"parameters": {
+				"folds": 0,
+				"iter": 4,
+				"off": 0,
+				"per": 0.5,
+				"sharp": 0.7,
+				"sx": 7,
+				"sy": 7
+			},
+			"seed": 0,
+			"seed_locked": false,
+			"tree_item": "Noise/Shard FBM",
+			"type": "shard_fbm"
+		},
 		{
 			"icon_data": 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",
 			"name": "classic_kuwahara",