diff --git a/PlotsBase/src/recipes.jl b/PlotsBase/src/recipes.jl
index 597977e0a..2c8c6367c 100644
--- a/PlotsBase/src/recipes.jl
+++ b/PlotsBase/src/recipes.jl
@@ -1297,6 +1297,58 @@ end
 end
 @deps quiver shape path
 
+# Creating recipe vectorfieldplot()
+@userplot VectorFieldPlot                   # Define new plot type called `VectorFieldPlot``
+@recipe function f(vfp::VectorFieldPlot)    # Recipe function to customize `VectorFieldPlot`
+    
+    vecfunc = vfp.args[1] # Extracts the vector field function from the arguments
+
+    # Default values
+    steps = get(plotattributes, :steps, 11) # Number of steps (default : 11)
+    vf_xlims = get(plotattributes, :vf_xlims, (-10, 10))    # Vector field x limits
+    vf_ylims = get(plotattributes, :vf_ylims, (-10, 10))    # Vector field y limits
+    plot_xlims = get(plotattributes, :xlims, (-10, 10))     # Plot x limits
+    plot_ylims = get(plotattributes, :ylims, (-10, 10))     # Plot y limits
+
+    # Generate 2D grid for vector field
+    x = range(vf_xlims[1], vf_xlims[2], length=steps)   # x Coordinates
+    y = range(vf_ylims[1], vf_ylims[2], length=steps)   # y Coordinates
+    X = [xi for xi in x, _ in y]    # Grid of x coordinates
+    Y = [yi for _ in x, yi in y]    # Grid of y coordinates
+
+    # Compute vector components
+    U = [vecfunc(xi, yi)[1] for xi in x, yi in y]   # Compute the x components of the vector
+    V = [vecfunc(xi, yi)[2] for xi in x, yi in y]   # Compute the y components of the vector
+
+    # Scale vectors
+    max_magnitude = maximum(sqrt.(U.^2 .+ V.^2))                # Maximum magnitude of the vectors
+    scale_factor = 1.5 * min(step(x), step(y)) / max_magnitude  # Scaling factor to adjust the vector length
+
+    # Plot attributes
+    aspect_ratio --> :equal
+    xlabel --> "x"
+    ylabel --> "y"
+    title --> "Vector Field"
+    xlims --> plot_xlims
+    ylims --> plot_ylims
+    xticks --> range(plot_xlims[1], plot_xlims[2], length=11)
+    yticks --> range(plot_ylims[1], plot_ylims[2], length=11)
+    grid --> true
+    minorgrid --> true
+    gridlinewidth --> 0.5
+    gridstyle --> :dot
+    gridalpha --> 0.7
+    legend --> false
+
+    # Create the quiver plot
+    @series begin
+        seriestype := :quiver  # Setting series type to quiver for vector field plotting
+        quiver := (scale_factor .* U, scale_factor .* V)    # Scaling factor for vector components
+        linewidth --> 1.0  
+        arrow := (:arrow, 0.1)  # Arrow style and size
+        X, Y                    # Grid coordinates for the quiver plot
+    end
+end
 # --------------------------------------------------------------------
 # 1 argument
 # --------------------------------------------------------------------